Examples

S3000 – S4000
CNC SERIES
Programming
Examples
March 2003 Edition
S3000 – S4000 SERIES CNC
Index
REVISIONS
Rev.# Rev. Date.
Pages Revised
Mar. 2003 Emission
00
CMAE3403030E
--------- ---------------- ---------------------------------------------------------------------------------------------------------Nov.2003 Second Edition
01
CMAE3403111E
Updated PROG18 and PROG44 programs.
--------- ---------------- ----------------------------------------------------------------------------------------------------------
Note: Pages marked (01) have been modified.
Pages marked (01)+ are new ones.
Programming Examples
I
S3000 – S4000 SERIES CNC
Index
REVISIONS
Rev.#
Rev. Date.
Pages Revised
Note: Pages marked (01) have been modified.
Pages marked (01)+ are new ones.
II
Programming Examples
S3000 – S4000 SERIES CNC
Index
INDEX
PROG01
PROG02
PROG03
PROG04
PROG05
PROG06
PROG07
PROG08
PROG09
PROG10
PROG11
PROG12
PROG13
PROG14
PROG15
PROG16
PROG17
PROG18
PROG19
PROG20
PROG21
PROG22
PROG23
PROG24
PROG25
PROG26
PROG27
PROG28
PROG29
PROG30
PROG31
PROG32
PROG33
PROG34
PROG35
PROG36
-
Profile 1 ........................................................................................................... 1
Profile 2 ........................................................................................................... 2
Profile 3 ........................................................................................................... 3
Profile 4 ........................................................................................................... 4
Profile 5 ........................................................................................................... 5
Profile 6 ........................................................................................................... 6
Profile 7 ........................................................................................................... 7
Profile 8 ........................................................................................................... 8
Profile 9 ........................................................................................................... 10
Profile 10 ........................................................................................................... 11
Profile 11 ........................................................................................................... 12
Profile 12 ........................................................................................................... 13
Profile 13 ........................................................................................................... 14
Profile 14 ........................................................................................................... 15
Profile 15 ........................................................................................................... 16
Profile 16 ........................................................................................................... 17
Pin thread with thread chase milling cutter .................................................... 18
Drilling thread with thread chaser cutter ........................................................ 19
Taper hole ......................................................................................................... 20
Tapered pin ....................................................................................................... 21
Filetto - Hole thread ....................................................................................... 22
Barenat - Boring with wall disjunction ........................................................ 23
Equc - Points on a circle ................................................................................ 24
Equl - Points on a straight line ..................................................................... 25
Ret - Points on a rectangle ........................................................................... 26
Retc - Points on a centred rectangle ............................................................. 27
Sgrossa - Board rough-boring ...................................................................... 28
Scanal - Groove .............................................................................................. 29
Scanal1 - Groove with slope descent ........................................................... 30
Cavaret - Rectangular pocket ........................................................................ 32
Spiral sphere .................................................................................................... 34
Modal subprogram ............................................................................................ 35
Rotated/offset pattern tapping holes on a linear with G751 function ......... 36
Profiled pocket with internal islands ............................................................. 37
Ellipse draining ................................................................................................ 39
Pocket with circular islands.............................................................................. 40
Programming Examples
III
S3000 – S4000 SERIES CNC
Index
PROG37
PROG38
PROG39
PROG40
PROG41
PROG42
PROG43
PROG44
PROG45
PROG46
PROG47
PROG48
PROG49
PROG50
PROG51
PROG52
PROG53
PROG54
PROG55
PROG56
PROG57
PROG58
PROG59
PROG60
PROG61
PROG62
PROG63
PROG64
PROG65
PROG66
-
PROG67 PROG68
PROG69
PROG70
PROG71
PROG72
PROG73
PROG74
PROG75
PROG76
PROG77
PROG78
PROG79
PROG80
IV
-
Pocket with linear repeated islands ................................................................41
Holes on a hexagon .........................................................................................42
Selbox push-buttons ........................................................................................43
Spherical dome with points ............................................................................44
Spherical dome with circles ............................................................................45
Spherical dome with external radius .............................................................46
Three-dimensional parametric flower .............................................................47
Elliptical die ......................................................................................................48
Elliptical punch ................................................................................................49
Handgrip punch ...............................................................................................50
Handgrip die ....................................................................................................51
Profile programmed on XY and machined on XZ ...........................................52
Conical slot .......................................................................................................53
Conical hole .....................................................................................................54
Conical pin .........................................................................................................55
Columns..............................................................................................................56
Tub .....................................................................................................................57
Punch .................................................................................................................59
Concave sphere ...............................................................................................61
Convex sphere .................................................................................................62
Toroid ................................................................................................................63
Conical polygon ...............................................................................................64
Section profile ellipse ......................................................................................65
Pocket with chafers on the walls ....................................................................66
Plane profile with double radius section ........................................................67
Double crowning profile ..................................................................................68
One tub with 3 sectioned sides .......................................................................69
4 sectioned three-dimensional punch ...........................................................70
Sphere with 3 spherical ears ...........................................................................71
Solid defined by an open plane profile and an XY machining
section profile ..................................................................................................72
Semicircular section solid defined by a profile on XY and by a
profile on XZ .....................................................................................................73
Automobile tyre rim die ....................................................................................75
Plane profile with 3 different sections ..........................................................76
Die for Selbox push-buttons repeated on a linear grid ..................................77
Punch for Selbox ...............................................................................................79
Conical slot repeated on a linear grid ............................................................81
Grooved surface that links a radius to a profile ............................................82
Grooved surface with delimiting profile ........................................................83
Surfaces defined by 3 grooves .......................................................................84
Chamfer on a tube .............................................................................................85
Joint on a tube .................................................................................................87
Semicircular channel on XZ ............................................................................89
Slots on a circumference with a spiral cutter ................................................90
Spiral milled rectangle .....................................................................................91
Programming Examples
S3000 – S4000 SERIES CNC
Index
PROG81
PROG82
PROG83
PROG84
PROG85
PROG86
PROG87
PROG88
PROG89
PROG90
PROG91
PROG92
PROG93
PROG94
PROG95
PROG96
PROG97
PROG98
PROG99
-
Cylinder head .................................................................................................... 92
Layout of a profile on XY on a profile on XZ ................................................. 93
Union of two profiles by a 180° arch .............................................................. 94
Union of two profiles by means of a third profile .......................................... 96
Six cams ........................................................................................................... 98
Three cams ....................................................................................................... 99
Programme to create a vacuum cleaner nozzle .......................................... 101
Small parametrical tubs repeated at angles .............................................. 103
Punch with operating field limitations ......................................................... 105
Tube intersection .......................................................................................... 106
Three-dimensional push-button .................................................................. 108
Cogs ................................................................................................................ 109
Tub whit different depths ............................................................................. 110
Hourglass ........................................................................................................ 111
Parametric conical pocket ........................................................................... 112
Parametric conical punch ............................................................................ 114
Grooved between 2 specular profiles ......................................................... 116
Parametric conical punch on a circumference .......................................... 117
Parametric conical punch on a grid ............................................................. 119
Programming Examples
V
S3000 – S4000 SERIES CNC
Index
VI
Programming Examples
S3000 – S4000 SERIES CNC
PROG01 Profile 1
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
Unquoted radiuses = 5
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
[PROFILE 1
$1M0X-93.1I63.5Y-40.5J59.5
G17
O1
T1
F1000S1200M3
G49I3
Z100R
X0Y-10R
Z2R
Z-10
G41K2
G13Y-20J0
G21I5
G13X56J90
G21
E1=G20X76Y27,G21I-25.65,G20X28Y45
E1
G21I5
G10X120Y0I-5
G11X-110Y70I-5
G21
G13Y40J180
G21
Programming Examples
N25
N26
N27
N28
N29
N30
N31
N32
N33
G13X-73J-90
G21I-5
E2=G21X-58Y-6,G13X-98.5Y0J-45
E2
G21
G13Y-20J0
G40X0Y-10K2
Z100R
M30
1
S3000 - S4000 SERIES CNC
PROG02 Profile 2
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
Unquoted radiuses = 2.5
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
2
[PROFILE 2
$1M0X-82.9I125.Y-63.9J69.1
G17
O1
T1
F1000S1200M3
G49I2
Z100R
X35Y25R
Z2R
Z-10
G41K2
G13Y15J0
G21I-20
E1=G13X105Y-10J-30
E1
E2=G13Y-25X0J180
E3=E1,G13X105Y0J-90,E2
E3
E2
G21I2.5
G13X85J-90
G21I-2.5
E4=G20X25Y-40I10
E5=G20X68Y-40I8,G13X0Y-28J180,E4
E5
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
E4
G21I-2.5
G13Y-40J180
E6=G20X-35Y-30I-10
E6
E7=G20X-35Y40I-15
E8=E6,G20X0Y0I-34,E7
E8
E7
G21I39
G13Y15J0
G40X35Y25K2
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG03 Profile 3
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
(CNC S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
[PROFILE 3
$1M0X-105.I103.Y-63.7J69.3
G17
O1
T1
F1000S1200M3
Z100R
X-20Y27R
Z2R
Z-10
G49I2
G41K2
L=1
G20X0Y0I-25
G21I10
G13X-3J90
G20X0Y63I-3
G13J-90
G21
G51J-72I
L1K4
G51J0
G50
G20X0Y0I-25
G40X-20Y27K2
Z100R
M30
Programming Examples
3
S3000 - S4000 SERIES CNC
PROG04 Profile 4
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
Point of
intersection
Unquoted radius
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
4
[PROFILE 4
$1M0X-83.1I90.7Y-53.7J57.3
G17
O1
T1
F1000S1200M3
G49I2
Z100R
X20Y35R
Z2R
Z-10
G42K2
L=1
E1=G13X12.4Y0J-90,G20X0Y0I45.3
E2=G13E1J91
E2
G21I1
G13X0Y0I46J151.5
G21
G20X0Y0I48.9
G21
G13X0Y0I46J-151.5
G21
E3=G13X-12.4Y0J-90,G20X0Y0I45.3
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
E4=G13E3J-91
E4
E5=G51X0Y0J60,E2
E6=E4,G20X0Y0I29.6,E5
E6
G51J60I
L1K5
G51J0
G50
E2
G40X20Y35K2
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG05 Profile 5
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
[PROFILE 5
$1M0X-54.8I205.Y-83.4J82.8
G17
O1
T1
F1000S1200M3
G49I5
Z100R
X50Y-80R
Z2R
Z-10
G42K2
G13Y-70J0
G21I30
G13X90Y-70J45
G13X180Y0I12J-15
G20
G13J165
G13X80Y-15J205
G13J180
G13X50Y-10J135
G13J180
G21I-8
G13X0Y0I25J113
G20
E1=G20X-23Y55I17.5
Programming Examples
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
E2=G13X0Y0I10J113,E1
G11E2
G21I-4
E1
G13X-23Y55I10J203
E1K2
G21
E3=G13X0Y0I-10J113,E1
G10E3
G11X0Y0I25
G20
G13J-67
G21I22
G13Y-70J0
G40X50Y-80K2
Z100R
M30
5
S3000 - S4000 SERIES CNC
PROG06 Profile 6
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
6
[PROFILE 6
$1M0X-110.I150.Y-82.4J83.7
G17
O1
T1
F1000S1200M3
G49I1
Z100R
X-75Y-75R
Z2R
Z-10
G42K2
E1=G13X0Y-80J180
E1
E2=G13X0Y-20J20
E3=E1,G13X-95Y0J90,E2
E3
E2
E4=G13X0Y-15J180
E5=E2,G13X-45Y0J90,E4
E5
E4
E6=G13X0Y50J0
E7=E4,G13X-95Y0J90,E6
E7
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
E6
G13X-30Y50J-45
G13Y10J0
G21I15
E8=G13X50Y0J70
E8
E9=E6,E8
G20E9I-20
G13J-30
G13X125J-90
L=1
G13X125Y-50J-135
G21I-10
G13X85Y-50J135
G21I10
G51X-40I
L1K3
G51X0
G50
G13X-65Y-80J-135
E1
G40X-75Y-75K2
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG07 Profile 7
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
[PROFILE 7
$1M0X-131.I129.Y-61.5J104.
G17
O1
T1
F1000S1200M3
Z100R
X0Y95R
Z2R
Z-10
G49I2.5
G41K2
L=1
E1=G20X0Y0I-86.5
E1 K2
E2=G13X17.5Y0J-90,E1
G13E2J-110
G13X7J-90
G21I10
G13X0Y0I-30J-30
G13J-90
G21
G13X0Y0I-7J-30
E3=G13X0Y0I-17.5J-30,E1K2
G13E3J-10
Programming Examples
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N26
N27
N28
N29
N30
N31
G51J-120I
L1K2
E1K2
G40X0Y95K2
Z100R
M30
7
S3000 - S4000 SERIES CNC
PROG08 Profile 8
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
External profile of attachment point X0Y50
Left-hand circular attachment
Upper internal profile of attachment point X-17Y-10
Right-hand circular attachment
Lower internal profile: attachment point X-20Y-27
Left-hand circular attachment
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
8
[PROFILE 8
$1M0X-106.I102.Y-69.8J63.2
G17
O1
T1
F1000S1200M3
G49I1
Z100R
X0Y50R
Z2R
Z-10
G41K2
E1=G20X0Y0I46
E1
G21I-15
G20X-45Y32.25I22.5
G21I-14.5
G20X-45Y-22I17.5
G21I-15
G20X0Y-50I15
G21I-3
E1
G21
G20X39.5Y-35I10
G21I-2
Programming Examples
S3000 – S4000 SERIES CNC
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
E1
G21
G20X52.5Y0I8
G21I-2.5
E1
G21
G20X39.5Y32.25I7
G21I-1.5
E1
G21
G20X16Y47I6
G21I-2
E1
G40X0Y50K2
Z100R
X-17Y-10R
Z2R
Z-10
G42K2
E2=G20X-18.5Y-10I-5.5
E2
E3=G20X15Y30I-5.5
E4=E2,G21I-56.5,E3
E4
E3
P1=56.5-48
E5=E4Q-P1
-E5K2
E2K2
G40X-17Y-10K2
Z100R
X-20Y-27R
Z2R
Z-10
G41K2
E1=G20X-18.5Y-27I5.5
E1
E2=G20X15Y13.5I5.5
E3=E1,G21I56.5,E2
E3
E2
E4=E3QP1
-E4
E1
G40X-20Y-27K2
Z100R
M30
Programming Examples
9
S3000 - S4000 SERIES CNC
PROG09 Profile 9
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
10
[PROFILE 9
$1M0X-116.I119.Y-45.3J105.
G17
O1
T1
F1000S1200M3
Z100R
X0Y0R
Z2R
Z-10
G49I2.5
G42K2
E1=G20X25Y-32I-12
E2=G20X-65Y21I-12
E3=E1,G21I79,E2
E3
E2
E4=G20X-20Y67I-27.5
G11E4
E4
E5=G20X20Y47I-12.5
E6=E4,G21I-80,-E5
E6
G21I5
E5
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
G21I29
E7=G20X65Y27I-17
E8=-E5,G21I-80,E7
E8
E7
G11E1
E1
E3
G40X0Y0K2
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG10 Profile 10
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
[PROFILE 10
$1M0X-174.I173.Y-102.J120.
G17
O1
T1
F1000S1200M3
G49I2.5
Z100R
X10Y80R
Z2R
Z-10
G41K2
G10X0Y0I-22
E1=G20X0Y0I106,G13X45Y0J90K2
G11E1I-11
G20
G11X0Y0I-22
G21I6
G11X50Y-57
G13J-90
G13X0Y0I-95J215
G20X40Y-69I-23K2
G21I12
G13X0Y0I-22J135
G21I6
Programming Examples
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
E2=G20X0Y0I-74,G13X0Y-27J0
E3=G20E2I-14
E4=G10X0Y0,G11E2
E5=E4Q10
E6=E5,E3
G11E6
G21
E3
E7=G51J-90,E4
E8=E7Q85
E8
E3K2
G21
E9=E4Q-10
E10=E9,E3
G10E10
G11X0Y0I-22
G21
G11E1I-11
G40X10Y80K2
Z100R
M30
11
S3000 - S4000 SERIES CNC
PROG11 Profile 11
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
12
[PROFILE 11
$1M0X-158.I155.Y-84.6J115.
G17
O1
T1
F1000S1200M3
Z100R
X0Y-70R
Z2R
Z-10
G49I5
G41K2
G20X0Y0I-52.5
G21I15
G10X0Y0I-30
E1=G20X0Y0I100,G13X0Y0J120K2
G11E1I-15
G20
E2=G20X0Y0I70,G13X0Y0J78K2
G11E2I-23
G20
G13J-102
G21I15
G20X0Y0I-52.5
G21
E3=G13X0Y0I-23J-28
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
E3
E4=G13X0Y0I-115J-118
E5=E4Q-25
E6=E3,E5
G10E6
E7=G13X0Y0I-14J-28,E4
G11E7
E4
E8=G13X0Y0I14J-28,E4
G10E8
E9=G13X0Y0I-23J152
E10=E5,E9
G11E10
E9
G21
G20X0Y0I-52.5
G40X0Y-70K2
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG12 Profile 12
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
[PROFILE 12
$1M0X-83.1I105.Y-63.6J56.4
G17
O1
T1
F1000S1200M3
G49I5
Z100R
X-50Y-30R
Z2R
Z-10
G41K2
G13X-40Y10I-10J120
G20
G21I100
G20X30Y30I-10
G11X70Y0
G21I-20
G13J-135
G13Y-20J180
G21I10
G13X15J-90
G21I-18
G13X-40Y10I-10J120
Programming Examples
(CNC S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N25
N26
N27
G40X-50Y-30K2
Z100R
M30
13
S3000 - S4000 SERIES CNC
PROG13 Profile 13
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
14
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
[PROFILE 13
$1M0X-85.1I106.Y-64.4J57.6
G17
O1
T1
F1000S1200M3
G49I5
Z100R
X15Y-10R
Z2R
Z-10
G42K2
E1=G20X50Y-40,G13X0Y-30J180,G20X-20Y-40
E1
G13Y-40J180K2
G20X-35Y-30I-10
G21I50
G20X-35Y30I-15
G21I30
E2=G10X-35Y30,G11X90Y20
E2
E3=E2,G13X50Y0J-90
E4=G13E3J-45
E4
E5=E4,G13X90Y0J-90,G13Y-40X0J180
N26
N27
N28
N29
N30
N31
E5
G13J180
E1
G40X15Y-10K2
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG14 Profile 14
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
[PROFILE 14
$1M0X-123.I118.Y-63.3J90.7
G17
O1
T1
F1000S1200M3
G49I5
Z100R
X0Y-60R
Z2R
Z-10
G42K2
G20X0Y0I45
E1=G20X61Y0I-16
E1
E2=G13X0Y10J0,E1
E3=G20X0Y0I70
E4=G13X0Y0J-135,E3
E5=E2,G21I-90,E4
G21I3
E5
G21I9
E3
G21
Programming Examples
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N25
N26
N27
N28
N29
N30
N31
E6=G13X0Y0J140, E3K2
G13E6J-90
G21I90
G20X0Y0I45
G40X0Y-60K2
Z100R
M30
15
S3000 - S4000 SERIES CNC
PROG15 Profile 15
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
16
[PROFILE 15
$1M0X-119.I124.Y-77.5J77.5
G17
O1
T1
F1000S1200M3
G49I5
Z100R
X0Y-75R
Z2R
Z-10
G41K2
G13Y-60J180
G21I-12
G10X-80Y-60
G11X-65Y0
G21I5
G11X-80Y50
G21I-8
G11X-45Y60
G13J0
G21I-10
G13X-10J-90
G20X0Y25I10
(CNC S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
G13J45
G13Y60J0
G10X60Y60
G11X80Y50
G13J-90
G13X50Y0I7J210
G20
G13J-30
G13X80J-90
G21J10
G13Y-60J180
G40X0Y-75K2
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG16 Profile 16
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
[PROFILE 16
$1M0X-119.I124.Y-44.2J111.
G17
O1
T1
F1000S1200M3
G49I5
Z100R
X0Y-40R
Z2R
Z-10
G42K2
G20X0Y0I29
G13X0Y0J-30K2
E1=G20X0Y0I68
E1K2
E2=G13Y30X0J180,E1
G10E2
G11X0Y0
G20X0Y0I29
G21I-4
G10X0Y0I18
G11X-30Y90I10
G20
Programming Examples
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
G11X0Y0I18
G21
G20X0Y0I29
G21I-2
G13X0Y0J175
G21I7
G20X0Y0I42
G21
G13X0Y0I4J55
G21I-2
G20X0Y0I29
G40X0Y-40K2
Z100R
M30
17
S3000 - S4000 SERIES CNC
PROG17 Pin thread with thread chaser milling cutter
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$2X-55.2I62.2Y-62.1J12.9K45.Q30.
N1
[Pin thread machining with thread chaser cutter
N2
[thread depth>=thread chaser depth
N3
[For programmes in which the thread chaser
depth is > than the hole depth
N4
[use the same programme by inputting
P33=P34
N5
[and adding the G52Z…function at the top
where:
N6
[G52Z thread chaser depth-pin depth
N7
G52Z0 [input only when P34>P33
N8
G17
N9
O1
N10 T1M6
N11 F1200 S2000 M3
N12 Z100R
N13 P30=1.5[Thread pitch
N14 P31=33 [Nominal thread diameter
N15 P32=6 [thread chaser cutter radius
N16 P33=50 [thread depth
N17 P34=14 [thread chaser depth
N18 P35=0 [machining allowance
N19 [
N20 P20=((P31/2)+P32)+P35
N21 P21=P20+15
N22 P22=P20+7.5
N23 Z100R
18
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
XP21Y0R
Z2R
P50=(INT(P33/P30))+1 [n. required
threads
P51=P50*P30 [machining length
P52=P33-P30 [Z last cut
P60=(INT(P33/P34))+1 [n. of times on Z
P61=INT(P33/P60)
P62=P61
P63=P60-2 [n. repetitions
L=7
Z-P62R
G3XP20Y0IP22J0
G2I0J0Z-P30I
G3XP21Y0IP22J0
P62=P62+P61
L7KP63
XP21Y0
Z-P52R
G3XP20Y0IP22J0
G2I0J0Z-P30I
G3XP21Y0IP22J0
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG18
Drilling thread with thread chaser cutter
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$2X-70.4I86.3Y-82.8J17.3K45.Q30.
N1 [program to execute in g17 the milling thread of a hole
N2 [by thread chaser - helicoidal interpolation
N3 [simultaneous machining of the coil (from bottom to top)
N4 [right thread
N5 [note: the hole height must be higher than the thread
chaser height
N6 [(more passes)
N7 [
N8 [in the example the hole height is 42 mm, while
N9 [the thread chaser height is 25 mm
N10 [the tool is positioned on the first depth of Z-44
N11 [(that is, Z at hole end + thread pitch)
N12 [the second depth is Z-22 (a pitch multiple,
N13 [shorter than the thread chaser height)
N14 [
N15 P0=12.5 [ thread milling radius
N16 P1=29 [ nominal thread radius (M58 x 2)
N17 P2=28 [ internal boring machining radius (diam 56)
N18 P3=2 [ pitch
N19 P4=200 [ milling (feed) feed
N20 [
N21 P1=P1-P0
N22 P2=P2-P0
N23 P3=ABSP3
N24 [
N25 G17
N26 O1
Programming Examples
N27 T1M6 [ thread milling
N28 S1200M3
N29 [
N30 Z200R
N31 X0Y0R
N32 Z5R
N33 Z-44F1000
N34 L2
N35 Z-22F1000
N36 L2
N37 Z100R
N38 M30
N39 L=2
N40 P10=P2-.5
N41 X0Y-P10F500 [approach
N42 P11=((P10*P10)+(P1*P1))/(2*P1)
N43 P12=SIN(P11/P10)
N44 P13=SQR((P11*P11)-(P10*P10))
N45 P14=P13*COSP12
N46 P15=P13*SINP12
N47 P16=P3/4
N48 G3XP1Y0IP14J-P15ZP16IFP4
[approach quarter
N49 G3I0J0ZP3I [ complete coil
N50 G3X0YP10IP14JP15ZP16I
[exit quarter
N51 X0Y0F500
N52 G32
19
S3000 - S4000 SERIES CNC
PROG19 Taper hole
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
20
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$2X-138.I139.Y-132.J45.K45.Q30.
[Spiral taper hole machining with toric cutter
[zeroed at insert centre
[to machine with parallel cutter, the insert radius
[must be at zero (P1=0)
[to machine with spherical cutter P6=0 and P1=cutter radius
[
P6=6 [CUTTER RADIUS
P1=2 [INSERT RADIUS
P2=120 [HIGH HOLE
P3=100 [INITIAL DIAMETER
P5=5 [Z INCREMENT PER REV = PITCH
P0=5 [ANGULAR INCREMENT
P7=8 [TAPER RATIO
[
G17
O1
T1M6
F1200 S3000 M3
[
P8=(P3/2-P1*COSP7)-P6
P9=P1*SINP7
P10=P2-P1 [dead holes P10=P2-P9+2 [through holes
P11=P5*TANP7
P20=P11/(360/P0)
P21=P5/(360/P0)
Z20R
G76XP8Y0R
N29
N30
N31
N32
N33
N34
N35
N36
N37
Z5R
ZP9
P22=P9-P21
L=1
X-P20IYP0IZP22
P22=P22-P21
{P22>=-P10}L1
Z20R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG20 Tapered pin
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$2X-137.I140.Y-133.J44.K45.Q30.
G17
O1
T1M6
F1000 S2000 M3
[Taper tap machining with toric cutter zeroed at insert centre.
[To machine with cylinder cutter, insert radius must
[be zero (P1=0)
[To machine with spherical cutter P6=0 and P1= cutter radius
[
P6=6 [milling machine radius
P1=0 [insert radius
P2=100 [total tap depth
P3=40 [upper start point diameter
P5=5 [Z increment per rev=pitch
P7=10 [taper ratio
[
P0=5 [angular increment
P8=(P3/2+P1*COSP7)+P6
P9=P1*SINP7
P10=P2-P1
P11=P5*TANP7
P20=P11/(360/P0)
P21=P5/(360/P0)
Z20R
G76XP8Y0R
Z5R
ZP9
P22=P9-P21
Programming Examples
N30
N31
N32
N33
N34
N35
L=1
XP20IYP0IZP22
P22=P22-P21
{P22>=-P10}L1
Z20R
M30
21
S3000 - S4000 SERIES CNC
PROG21 Hole thread
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$2X-57.9I59.6Y-50.5J24.5K45.Q30.
G17
O1
T1M6
F1000S1200M3
[P0= cutter diameter
[P1= internal hole diameter
[P2= nominal (external) hole diameter
[P3= Z thread pitch
[P4= total hole depth in Z
[P5= cut depth radius
P0=5,P1=45,P2=50,P3=5,P4=-30,P5=.4
LFILETTO:
M30
Filetto
N1
[hole thread with tool
N2
[
N3
[P0= cutter diameter
N4
[P1= internal diameter
N5
[P2= nominal (eternal) hole diameter
N6
[P3= Z thread pitch
N7
[P4= total hole depth in Z
N8
[P5= cut depth radius
N9
[ N.B. parameters are to be defined in the main
programme
N10 [prior to recalling the subprogram
N11 P3=ABSP3
N12 P5=ABSP5
22
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
P0=P0/2
P4=INT(P4/P3)
P6=P3/4
P14=P4-1
P10=P3*2
P1=P1/2
P2=P2/2
P20=P1+P5
P21=P20-P0
Z50R
X0Y0R
Z2R
L=10
P21=P20-P0
P15=P21/2
ZP10R
ZP6
G2XP21Y0 Z-P6I IP15J0
L=1
G2Z-P3II0J0
L1KP14
G2X0Y0IP15J0Z-P6I
P20=P20+P5
P22=P20-P2
{P22<0.001}L10
P20=P2
L10K1
Z50R
Programming Examples
S3000 – S4000 SERIES CNC
PROG22 Boring with wall disjunction
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
$2X-12.1I46.7Y-23.7J13.8K-45.Q30.
G17
O1
T1M6
F1000S1000M3
[P1,P2 X Y of hole
[P10= hole depth dimension
[P11= hole lead dimension
[P12= clearing dimension
[P13= dwell time at hole bottom calculated in
tenths of a second with spindle rotating
[P14= dwell time at hole bottom with spindle
motionless
[P15= tool bit angle after M19 (orientation)
[P16= wall disjunction shifting
P10=-10, P11=2, P12=5, P13=10, P14=20,
P15=45, P16=.5
P1=10,P2=10
LBARENAT:
P1=20,P2=10
LBARENAT:
P1=30,P2=20
LBARENAT:
Z100R
M30
Barenat
N1
[Bore subprogram
N2
[boring cycle including wall disjunction
N3
[P1,P2 X Y of hole
N4
[P10= hole bottom dimension
N5
[P11= hole lead dimension
N6
[P12= clearing dimension
Programming Examples
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
[P13= dwell time at hole bottom calculated
in tenths of a second with spindle
rotating
[P14= dwell time at hole bottom calculated
in tenths of a second with spindle
motionless
[P15= tool bit angle after M19 (orientation)
[P16= wall disjunction shifting
[
[N.B. parameters are to be
defined in the main programme
[prior to recalling the subprogram
G51XP1YP2
ZP12R
X0Y0R
ZP11R
ZP10
G4KP13
M5
G4KP14
M19 [spindle orientation
X0Y0
P25=P15+180
P30=SINP25*P16
P31=COSP25*P16
XP31YP30
ZP12R
X0Y0R
M3
G50
23
S3000 – S4000 SERIES CNC
PROG23 Points on a circle
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
$1M0X-76.I159.Y-46.8J103.
G17
O1
T1M6
S2000M3F1000
[P1= X center
[P2= Y center
[P3= marked radius in relation to lead point
[positive=anti-clockwise
negative=clockwise
[P4= initial angle
[P5= final angle
[P6= number of holes
G81Z-10J2
P1=30,P2=30,P3=-50, P4=30, P5=180,P6=12
LEQUC:
G80Z100R
M30
Equc
N1
N2
N3
N4
N5
N7
N8
N9
N10
N11
N12
[Equally spaced holes on a circle
[initial and final angle known
[P1= X center
[P2= center
[P3= marked radius
[P4= initial angle
[P5= final angle
[P6= number of holes
{P4>0}L1
P4=P4+360
L=1
24
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
{P5>0}L2
P5=P5+360
L=2
P7=P5-P4
{P5>P4}L25
{P3<0}L29
P7=P7+360
P99=1
P99>L29
L=25
{P3>0}L29
P7=P7-360
L=29
P8=ABS(P4-P5)-0.0001
{P8>0}L31
P7=P7/P6
P99=1
P99>L33
L=31
P7=P7/(P6-1)
L=33
P4=P4-P7
P3=ABSP3
G51XP1YP2
P6=P6-1
L=50
P4=P4+P7
G76XP3YP4
L50KP6
Programming Examples
S3000 – S4000 SERIES CNC
PROG24
Points on a straight line
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
$1M0X-243.I227.Y-154.J146.
G17
O1
T1M6
S2000M3F1300
[P1=X 1ST point P2=Y 1ST point
[P3=X 2ND point P4=Y 2ND point
[P5= number of points
G81Z-10J2
P1=150,P2=50,P3=-50,P4=-50,P5=12
LEQUL:
G80Z100R
M30
Equl
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
[Series of points laid out on a straight line
[first and last point known
[P1=X 1ST point P2=Y 1ST point
[P3=X 2ND point P4=Y 2ND point
[P5= number of points
P12=P5-1
P10=(P3-P1)/P12
P11=(P4-P2)/P12
P12=P12-1
XP1YP2
L=1
XP10IYP11I
L1KP12
Programming Examples
25
S3000 – S4000 SERIES CNC
PROG25
Points on a rectangle
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
Ret
N1
N2
N3
N4
N5
N6
N7
26
$1M0X-76.3I80.8Y-9.3J91.1
G17
O1
T1M6
S2000M3F1500
G81Z-10J2
[P1= X lower left vertex
[P2= Y lower left vertex
[P3=inclination angle
[P4=lato X
[P5=lato Y
P1=-10,P2=20,P3=30,P4=50,P5=30
LRET:
G80Z100R
M30
[RET subprogram to machine 4 holes laid out on a
rectangle when the following are known:
[P1= X lower left vertex
[P2= Y lower left vertex
[P3=inclination angle of the rectangle
[P4=side X
[P5=side Y
[Parameters are to be defined in the main programme
prior to calling
N8
N9
N10
N11
N12
N13
N14
N15
[the RET subprogram
[as with the parameters of the
fixed cycle
G51XP1YP2JP3
X0Y0
XP4
YP5
X0
G50
Programming Examples
S3000 – S4000 SERIES CNC
PROG26
Points on a centred rectangle
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
$1M0X-155.I159.Y-103.J97.8
G17
O1
T1M6
S2000M13F1000
G81Z-10J2
[P1= X centre of rectangle
[P2= Y centre of rectangle
[P3=inclination angle
[P4=side X
[P5=side Y
P1=70,P2=-20,P3=25,P4=95,P5=37
LRETC:
G80Z50R
M30
Retc
N1
[RETC subprogram to machine 4 holes laid out on a
rectangle when the following are known:
N2
[P1= X centre of rectangle
N3
[P2= Y centre of rectangle
N4
[P3=inclination angle of rectangle
N5
[P4=side X
N6
[P5=side Y
N7
[Parameters are to be defined in the
N8
[main programme prior to calling the subprogram
N9
[as with the parameters of the fixed cycle
N10 G51XP1YP2JP3
N11 P44=P4/2
N12 P55=P5/2
Programming Examples
N13
N14
N15
N16
N17
X-P44Y-P55
XP4I
YP5I
X-P4I
G50
27
S3000 – S4000 SERIES CNC
PROG27
Board rough-boring
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$1M0X-312.I316.Y-203.J198.
N1
G17
N2
O1
N3
T1M6
N4
F1200S2000M3
N5
[P1= side X of board
N6
[P2= side Y of board
N7
[P3= increment between cuts
N8
[P4= cut angle (0 or 90 degrees)
N9
[P5=work Z: normally Z0
N10 P1=300,P2=180,P3=10,P4=0,P5=0
N11 LROUGHBORE:
N12 M30
Sgrossa
N1
[P1= side X of board
N2
[P2= side Y of board
N3
[P3= cut increment
N4
[P4= cut angle
N5
[P5=work Z
N6
[The macro does not consider the cutter’s radius
N7
[the centre of the cutter is positioned on P1,P2
N8
[Parameters are to be defined in the main programme
N9
[prior to calling the subprogram
N10 L=51
N11 {P4=0}L50
N12 {P4<>90}L51
N13 L=50
N14 {P4=0}L1
N15 P6=INT(P1/P3+.999)
N16 P3=P1/P6
N17 P1>L2
28
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
L=1
P6=INT(P2/P3+.999)
P3=P2/P6
L=2
P6=P6/2
P6=P6-1
P11=P1/2
P12=P2/2
Z50R[release dimension
X-P11Y-P12R
P7=P5+2
ZP7R
ZP5
{P4=0}L3
L=4
YP12
XP3I
Y-P12
XP3I
L4KP6
YP12
P1>L99
L=3
L=5
XP11
YP3I
X-P11
YP3I
L5KP6
XP11
L=99
Z50R[release dimension
Programming Examples
S3000 – S4000 SERIES CNC
PROG28
Groove
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$1M0X-155.I158.Y-102.J98.3
N1
G17
N2
O1
N3
T1M6
N4
F1200S2000M3
N5
[P1= groove X length
N6
[P2= groove Y width
N7
[P3= Z groove depth
N8
[P4=cut depth
N9
[P5= Z safety dimension
N10 [P10= cutter diameter
N11 [P20= X groove centre
N12 [P21= Y groove centre
N13 [P22= groove inclination angle
N14 P1=120, P2=50, P3=20, P4=3, P5=5, P10=10,
P20=40,P21=20,P22=15
N15 LSCANAL:
N16 M30
Scanal
N1
[Groove
N2
[P1= groove X length
N3
[P2= groove Y width
N4
[P3= groove Z depth
N5
[P4=cut depth
N6
[P5=Z safety dimension
N7
[P10= cutter diameter
N8
[P20= X groove centre
N9
[P21= Y groove centre
N10 [P22= groove inclination angle
N11 [N.B. Parameters are to be defined in the
main programme
N12 [prior to recalling the subprogram
N14 [The subprogram SCANAL is used to machine
grooves while only moving Z
N15 G51XP20YP21JP22
N16 Z50R
N17 X0Y0R
Programming Examples
N18
N19
N20
N21
N22
N23
N24
N25
N26
ZP5R
P3=ABSP3
P4=ABSP4
P6=INT(P3/P4+0.999)
P4=P3/P6
P6=P6/2
P6=P6-1 [nuber of repititions
P7=P1/2 [semi-side X
P8=P7-P10/2 [shifting on X to centre of
milling cutter
N27 P30=0 [Z start
N28 XP8Y0R
N29 L=1
N30 P30=P30-P4
N31 ZP30
N32 X-P8
N33 P30=P30-P4
N34 {P30<-P3}L2
N35 ZP30
N36 XP8
N37 {P30<>-P3}L1
N38 L=2
N40 X0Y0
N41 Z-P3
N42 P11=P2/2 [semi-side Y
N43 P12=P11-P10/2 [shifting on Y to centre of
milling cutter
N44 P13=P12/2 [circle attachment radius
N45 P8=P8-P12
N46 G3X0YP12I0JP13
N47 X-P8
N48 G3Y-P12I-P8J0
N49 XP8
N50 G3YP12IP8J0
N51 X0
N52 G3X0Y0I0JP13
N53 Z50R
29
S3000 – S4000 SERIES CNC
PROG29 Groove with slope descent
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$2X-54.8I102.Y-41.3J58.9K15.Q50.
N1
G17
N2
O1
N3
T1M6
N4
F1200S2000M3
N5
[P1= groove X length
N6
[P2= groove Y length
N7
[P3= groove depth
N8
[P4=cut depth
N9
[P5= Z safety dimensions
N10 [P10= cutter diameter
N11 [P20= X groove centre
N12 [P21= Y groove centre
N13 [P22= groove inclination angle
N14 P1=100, P2=40, P3=10, P4=2, P5=2, P10=8, P20=30,P21=20,P22=-30
N15 LSCANAL1:
N16 M30
Scanal1
N1
[Groove 1
N2
[P1= groove X length
N3
[P2= groove Y width
N4
[P3= groove depth
N5
[P4= cut depth
N6
[P5= Z safety dimensions
N7
[P10= cutter diameter
N8
[P20= X groove centre
N9
[P21= Y groove centre
N10 [P22= groove inclination angle
N11 [N.B. Parameters are to be defined in the main programme
N12 [prior to recalling the subprogram
N14 [The subprogram SCANAL1 is used to machine depth descending grooves
30
Programming Examples
S3000 – S4000 SERIES CNC
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
[moving 3 axes contemporarily
G51XP20YP21JP22
Z50R
P3=ABSP3
P4=ABSP4
P6=INT(P3/P4+0.999)
P4=P3/P6
P6=P6/2
P6=P6-1 [number of repetitions
P7=P1/2 [semi-side X
P8=P7-P10/2 [shifting on X to centre of the cutter
P30=0 [Z start
XP8Y0R
ZP5R
Z0
L=1
P30=P30-P4
X-P8ZP30
XP8
[P30=P30-P4
{P30<-P3}L2
{P30<>-P3}L1
L=2
[ZP5R
X0Y0
Z-P3
P11=P2/2 [semi-side Y
P12=P11-P10/2 [Y shifting to centre of cutter
P13=P12/2 [circle attachment radius
P8=P8-P12
G3X0YP12I0JP13
X-P8
G3Y-P12I-P8J0
XP8
G3YP12IP8J0
X0
G3X0Y0I0JP13
Z50R
Programming Examples
31
S3000 – S4000 SERIES CNC
PROG30
Rectangular pocket
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$1M0X-155.I158.Y-102.J98.3
N1
G17
N2
O1
N3
T1M6
N4
F1000S1000M3
N5
[P1= X pocket centre
N6
[P2= Y pocket centre
N7
[P3= pocket angle in relation to x axis
N8
[P4= side X pocket
N9
[P5= side Y pocket
N10 [P6= pocket radius
N11 [P7= cutter radius
N12 [P8= total pocket depth
N13 [P9= cut depth
N14 [P10= machining allowance
N15 [P11= 1 finishing SI P11=0 finishing NO
N16 P1=0, P2=0, P3=30, P4=170, P5=120, P6=15,
P7=5,P8=-20,P9=3
N17 P10=0.5,P11=1
N18 LCAVARET:
N19 Z50R
N20 M30
Cavaret
N1
[Subprogram CAVARET
N2
P65=0.5 [wall disjunction
N3
[P1= X pocket centre
N4
[P2= Y pocket centre
N5
[P3= pocket angle in relation to axis X
N6
[P4= side X pocket
N7
[P5= side Y pocket
N38 P15=P5/2-P7+P7*0.7
N39 P16=P6-P7
32
N8
N9
N10
N11
N12
N13
N14
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N30
N31
N32
N33
N34
N35
N36
N37
N94
N95
[N.B. side X of the pocket must be
more than or equal to side Y of the
pocket
[P6= pocket radius
[P7= cutter radius
[P8= pocket depth
[P9= cut depth
[P10= machining allowance
[P11=1 finishing SI P11=0 finishing
NO
{P11=0}L90
{P6>=P7}L90
P6=P7
L=90
{P4>=P5}L91
P3=P3+90
P70=P4
P4=P5
P5=P70
L=91
P77=P7[save cutter radius
P7=P7+P10
P64=P5/2-P7
P66=50[ Z release
G49I0
P8=ABSP8
P9=ABSP9
P19=INT(P8/P9+0.99)
P20=-P8/P19
P19=P19-1
P14=P4/2-P7
P13=P15-P77
X0YP13
Programming Examples
S3000 – S4000 SERIES CNC
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
P18=P7*1.4
P18=INT(P15/P18+1)
P17=P15/P18
P14=P14-P17*P18
P15=P5/2-P7-P17*P18
P16=P16-P17*P18
P24=P14
P25=P15
P26=P16
G51XP1YP2JP3
P18=P18-1
ZP66R
X0YP64R
Z2R
Z0
L=2
X0Y0ZP20I
[ZP20I
L=3
P14=P14+P17
P15=P15+P17
P16=P16+P17
P16>L33
P36=0
P16<L34
L=33
P36=P16
L=34
X0YP15
G41
YP15X0
P60=P14-P36
X-P60
P61=P15-P36
G3X-P14YP61I-P60JP61
Y-P61
G3X-P60Y-P15I-P60J-P61
XP60
G3XP14Y-P61IP60J-P61
YP61
G3XP60YP15IP60JP61
X0
G40
L3KP18
P14=P24
P15=P25
P16=P26
L2KP19
P64=P64-P65
YP64
{P11=0}L4
[pocket finishing
P14=(P4/2)-P77
P15=(P5/2)-P77
Programming Examples
N96
N97
N98
N99
N100
N101
N102
N103
N104
N105
N106
N107
N108
N109
N110
N111
N112
P16=P13+P77/2
P17=P14-(P6-P77)
P18=P15-(P6-P77)
G3I0JP16X0YP15
X-P17
G3X-P14YP18I-P17JP18
Y-P18
G3X-P17Y-P15I-P17J-P18
XP17
G3XP14Y-P18IP17J-P18
YP18
G3XP17YP15IP17JP18
X0
G3X0YP13I0JP16
L=4
G50
ZP66R
33
S3000 – S4000 SERIES CNC
PROG31
Spiral sphere
(CNC S3035/S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
34
$2X-94.7I93.3Y-53.5J66.6K45.Q30.
[Spiral milled sphere
[spherical cutter zeroed at cuter centre
[skim plate Z0 with tool tip and reset : Zradius
[example Z5 if the cutter is D10
$7
O1
T1M6
G17
M3S1500F4000
Z10R
P0=5[cutter radius
P1=50[[sphere radius
P2=0[initial angle
P3=90[final angle
P4=2[cut distance
P5=15[angle increment on a circle
P15=INT(360/P5+.999)
P16=P15-2
P1=P1-P0
[
P20=INT(P0/P4)
P21=P0/P20
P22=P20-1
XP1Y0ZP0
L=0
G3I0J0Z-P21I
L0KP22
[
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
$5
XP1Y0R
[Z10R
L=1
P7=P1*COSP2
P8=P1*SINP2
P12=P2+P4
P17=P1*COSP12
P18=P1*SINP12
P27=P7-P17[radius delta
P28=ABSP18-ABSP8[Z delta
P37=P27/P15
P38=P28/P15
G76XP7Y0Z-P8
L=2
P7=P7-P37
P8=P8+P38
G76XP7YP5IZ-P8
L2KP16
P2=P2+P4
{P3>P2}L1
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG32
Modal subprogram
(CNC S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
$1M0X-155.I158.Y-97.2J103.
T1M6[D8 tip
S4000M3F2000
G81Z-10J2 [D8 hole at L=2 points
L2
G80Z50R
T2M6[cutter D6
S4000M3F2000
G73 L1 [recall subprogram L=1 at L=2 points
L2
G72
[close G73
M30
[
L=1
[machining subprogram
Z2R
X0Y0R
Z-5
G41K2
G20X0Y0I20
G40K2X0Y0
Z2R
G32
[
L=2
[points where subprogram L=1 is to be repeated
X30Y50
X-50Y0
Y-50
X50Y-25
X100Y0
G32
Programming Examples
35
S3000 – S4000 SERIES CNC
PROG33
Rotated/offset pattern tapping holes on a linear
grid with G751function
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
36
[HOLES ON A LINEAR GRID
[PATTERN TAPPING WITH G751FUNCTION
$1M0X-356.I373.Y-229.J237.
G17
O1
T1
F10000S15000M3
P1=0
L=1
G781Z-10J2X48Y0D1=4D2=48
P1=P1+60
G751ROTZP1
L1K5
P2=41.56 [Y DISTANCE
P3=P2*5
P4=48+24
P1=0
L=2
G781Z-10J2X-P4Y-P3D1=4D2=48
P1=P1+60
G751ROTZP1
L2K5
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
P3=P2*4
P4=48
P1=0
L=3
G781Z-10J2X-P4Y-P3D1=3D2=48
P1=P1+60
G751ROTZP1
L3K5
P3=P2*3
P4=24
P1=0
L=4
G781Z-10J2X-P4Y-P3D1=2D2=48
P1=P1+60
G751ROTZP1
L4K5
P3=P2*2
G791Z-10J2X0Y0D1=6D2=P3D3=-90
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG34
Profiled pocket with internal islands
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
Unquoted radiuses = 10
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
[PROFILED POCKET WITH INTERNAL ISLANDS
[ S4040GE / S4045 / S4045P
$1M0X-170.I177.Y-121.J101.
G17
O1
T1
F1000S1200M3
G49I7.5
Z100R
G777Z-10J0I2D1=45
G701X0Y50
G41K2
G13Y70J180
G21I30
G13X-90J-90
G21I-10
E1=G20X-90Y0,G21I50,G20X-90Y-60
E1
G21
G13X-90J-90
G21I40
G13Y-110J0
Programming Examples
37
S3000 – S4000 SERIES CNC
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
38
G21I20
E2=G13X70Y0J90
E2
E3=E2,G21I-50,G20X110Y-30
E3
G21I10
G13X110J90
G21I-10
G20X90Y50I32
G21
G13Y70J180
G40X0Y50K2
G701X0Y-10
G41K2
G13Y10J180
G20X-30Y20I-10
G13J0
G20X30Y20I-10
G13J180
G40X0Y-10K2
G701X-20Y-30
G41K2
G10X-30Y-70I-10
G11X20Y-30I-10
G20
G13J-90
G21I-10
G13Y-80J180
G20X-30Y-70I-10
G11X20Y-30I-10
G40X-20Y-30K2
G778
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG35
Ellipse draining
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
$1M0X-110.I109.Y-67.3J72.7
[ellipse draining
P1=100 [major semiaxis
P2=60 [minor semiaxis
P3=2.5 [angle increment
[
P20=INT(360/P3)+1
P3=360/P20
P11=P1*COSP3
P12=P2*SINP3
E1=G10XP1Y0,G11XP11YP12
E2=G10XP11Y-P12,G11XP1Y0
G49I10 [cutter radius
P20=P20-3
G777Z-10I5J0
G701X50Y10
G41
E2
E1
G10XP11YP12
P5=P3
L=10
P5=P5+P3
P8=P1*COSP5
P9=P2*SINP5
G11XP8YP9
L10KP20
E2
E1
G40
P5=P3
G778
Z100R
M30
Programming Examples
39
S3000 – S4000 SERIES CNC
PROG36
Pocket with circular islands
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
40
$1M0X-182.I161.Y-105.J114.
[pocket with internal islands that are repeated on the
circumference
G17
O1
T1M6
F1000S2000M3
G49I2.5
G777Z-10I10J0
X80Y0 G701
G41K2
G20X0Y0I100
G40X80Y0K2
X40Y0 G701
G41K2
G20X0Y0I-30
G40X40Y0K2
G797X0Y0D1=6D2=65D3=30D5=1
[X..Y... circumference centre
[D1=number of islands
[D2=circumference radius
[D3=initial angle
[D5=1 islands rotate D5=0 islands do not rotate
X25Y0 G701
G41K2
G20X0Y0I-15
G40X25Y0K2
G780
G778
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG37
Pocket with linear repeated islands
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
$1M0X-1405.I1335.Y-918.J833.
[Profiled pocket with internal islands that are repeated on a grid
G17
O1
T1M6
F1200S1200M3
G49I8
G777Z-10I10J0
X480Y0 G701
G41K2
G13X0Y0I500J90
G21I50
G13J180
G21
G13J-90
G21
G13J0
G21
G13J90
G40X480Y0K2
G787X-375Y-400D1=4D2=250 D4=6 D5=160
[X...Y... position first island
[D1=number of islands on X
[D2=pitch on X
[D4=number of islands on Y
[D5=pitch on Y
X110Y0 G701
G42K2
G13X100J90
G21I10
G13Y40J180
G21
G13X-100J-90
Programming Examples
N34
N35
N36
N37
N38
N39
N40
N41
N42
G21
G13Y-40J0
G21
G13X100J90
G40X110Y0K2
G780
G778
Z100R
M30
41
S3000 – S4000 SERIES CNC
PROG38
Holes on a hexagon
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
42
$1X-210Y-125I210J125
G17
O1
T1M6
F1000S2000M3
[ Programme to machine a set of holes
[ that are laid out in the shape of a honey-comb
[ on a hexagon
[
P1=20[ hole diameter (distance between holes)
P2=90[ Total number of holes
[
[ Check exact number of holes
L90
[ P3 = N. of hexagons
[P3=(-1+SQR(1+P2/3*4))/2
[ P4 = Radius of circle that circumscribes the
outer part of the hexagon
P4=P1*P3
[ Calculate coordinates of first hole in P5,P6
P5=-P4/2
P6=P5/TAN30
[ P7, P8 = lines and columns of the die
P7=P3
P8=P7+1
Z50R
P10=0
L=1
G751 ROTZP10
G781XP5YP6Z-10J2 D1=P8 D2=P1 D3=0
D4=P7 D5=P1 D6=120
P10=P10+120
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
L1K2
G750
Z50RM5
M30
[
L=90[ Subprogram: check n. holes
P3=1
L=91
P51=6*((P3+1)*P3/2)
{ P51 = P2 } L92
P3=P3+1
{ P51 < P2 } L91
P2=?[number of holes do not coincide:
input correct value
P50>L90
L=92
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG39
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N13
N14
N15
N16
N17
N18
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
Selbox push-buttons
[Selbox push-button panel: push-buttons
$1M0X-92.8I93.5Y99.7J219.
G17
O1
T1
F1000S1200M3
G49I0 [input cutter radius (max. 1)
Z100R
G787X-18Y111D1=3D2=18D4=3D5=18
L1
G780
G787X-36Y183D1=5D2=18D4=2D5=-18
{P99=6}L50
{P99=10}L50
L2
L=50
G780
G787X-28Y201D1=5D2=14
L3
G780
Z100R
M30
L=1
Z10R
X-10Y0R
Z2R
Z-4 [height 4 mm
G41K2
G20X0Y0I-7
G40X-10Y0K2
Z10R
Programming Examples
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
G32
L=2
Z10R
X-10Y0R
Z2R
Z-4
G41K2
G13X0Y0I-7J90
G21I-4.5
G13J0
G21
G13J-90
G21
G13J180
G21
G13J90
G40X-10Y0K2
Z10R
G32
L=3
Z10R
X-8Y0R
Z2R
Z-4
G41K2
G13X-4J90
G20X0Y3I-4
G13J-90
G20X0Y-3I-4
G13J90
G40X-8Y0K2
G32
43
S3000 – S4000 SERIES CNC
PROG40
Spherical dome with points
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
44
$2X-78.1I78.4Y-69.8J30.2K45.Q30.
[SPHERICAL SPIRAL DOME OBTAINED BY POINTS
G17
O1
T1M6
F8000 S10000 M3
[P1 angular increment X-Y P2= angular increment Z-X
P1=4,P2=1
[P3=toric radius P4=tool centre distance tool bit centre
[TORIC CUTTER D10 r1 : P3=1 P4=4
P3=1,P4=4
[P5=sphere radius P6=dome height
[CAUTION P6<=P5
P5=50,P6=30
[
{P6>P5}L99
[CORRECT PARAMETERS
[
E1=G20X0Y-P5
P99=P5+P3
E2=G20E1I-P99
P98=P6-P3
E3=G13X0Y-P98J180
E4=E3,E2
E5=G10E1,G11E4
P20=E5,2
P21=90-P20
[P96=n.passate in zx
P96=INT(P21/P2)
P2=P21/P96
P7=0
P96=P96-1
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
L=51
P7=P7+P2
P97=P7-P2
P95=90-P7
P94=90-P97
E8=G13E1JP94,E2K2
E9=G13E1JP95,E2K2
P9=E8,1
P10=E9,1
[P12 radius coefficient
P12=(P10-P9)/360
P15=E8,2
P16=E9,2
[P17= coeffic. z
P17=(P15-P16)/360
P13=0,P92=0
L=52
P13=P13+P92
{ P13 >= 360 } L53
P14=P9+(P12*P13)+P4
P18=P15+(-P17*P13)+(-P3)
G76XP14Y-P13ZP18
G75
P92=P1
{ P13 < 360 } L52
L=53
L51KP96
P6>L98
L=99
P6=?[WRONG PARAMETERS P6>P5
P6>L99
L=98
Z10R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG41
Spherical dome with circles
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
$2X-25.8I25.9Y-19.8J13.2K45.Q30.
[Sherical dome
[obtained by circles
G17
O1
T1M6
F8000 S20000 M3
[P2 angular increment on ZX
P2=.5
[P3= toric radius
[P4 = tool centre-plaque centre distance
P3=1.2
P4=1.8
[P5= sphere radius P6= dome height
P5=15
P6=8
[********************************************
E1=G20X0Y-P5
P99=P5+P3
E2=G20E1I-P99
P98=P6-P3
E3=G13X0Y-P98J180
E4=E3,E2
E5=G10E1,G11E4
P20=E5,2
P21=90-P20
[P96= n. cuts on zx
P96=INT(P21/P2)
P2=P21/P96
P96=P96-1
P7=90
P15=0
Z50R
XP4Y-P14R
Programming Examples
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
ZP15R
L=51
P17=P7
P7=P7+P2
E8=G13E1JP7,E2K2
E9=G13E1JP17,E2K2
P26=E9,2
P27=E8,2
P28=(P26-P27)/4
[P28 increment on Z for each 90
degree arch
[
P29=E9,1
P30=E8,1
[squared side = 1/4 spiral pitch
[P13 = radius increment for a 1/4 of
circle
P13=(P29-P30)/4
P14=P13/2
[P14 squared semi-side
P4=P4+P13
P15=P15-P28
G2X-P14Y-P4ZP15I-P14J-P14
P4=P4+P13
P15=P15-P28
G2X-P4YP14ZP15I-P14JP14
P4=P4+P13
P15=P15-P28
G2X-P14YP4ZP15IP14JP14
P4=P4+P13
P15=P15-P28
G2XP4Y-P14ZP15IP14J-P14
L51KP96
Z50R
45
S3000 – S4000 SERIES CNC
PROG42
Spherical dome with external radius
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
N34
46
$2X-11.7I10.5Y-9.23J4.98K45.Q30.
[Spheric dome with external joint radius that is
spiral machined
G17
Z10R
S5000F3000M13
[P0= toric radius; P1= tool centre – tool bit centre
distance
P0=1.35,P1=1.5
[P2= XZ angular increment on minor radius;
P3=number of circles on 360 degrees
[P11= angular increment on major radius
P2=1,P3=4,P11=1
[P4= circular pocket diameter; P5= pocket depth
P4=34,P5=4
[P6= centre on Z R=P7 ; P7= section circle radius
P6=17,P7=15
[P8= sphere joint radius
P8=4
[P36= F in descent on Z ; P37= F profiling
P36=4000,P37=4000
L2[ Spherical dome machining
Z10R
M30
L=1
P4=P4/2
P39=P4-(P0+P1+2)
Z100R
XP39Y0R
Z3R
Z-P5FP36
P40=P0+P1+.2
L=54
G49IP40
G41K2F2000
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N125
N126
N127
G20X0Y0IP4F2000
G40XP39Y0K2
P40=P40-.2
L54K1
G49I0
G32
L=2
FP37
E1=G20X0Y-P6
E2=G13X0Y-P5J180
E3=G20E1IP7
E4=E2,G21I-P8,E3
E5=E3Q-P0
E6=E4I0
E7=G10E1,G11E6
E8=E5,E7K2
E9=E4Q-P0
P9=E7,2
P10=90-P9
[ P12= n. cuts on minor radius
P12=INT(P10/P2)
P2=P10/P12
P13=90,P14=0
P12=P12-1
L=51
P14=P13[ previous angle
P13=P13-P2[ present angle
E10=G13E6JP14,E9
E11=G13E6JP13,E9
P15=E10,1
E12=E17
L52KP21
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG43
Three-dimensional parametric flower
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
$2X-232.I238.Y-182.J118.K45.Q50.
N1
P1=0 [cutter radius
N2
P2=50 [number of cuts divided by 2
N3
P3=90/P2 [point variation
N4
P4=(200-90)/P2 [radius variation
N5
P5=60/P2 [increment on Z for each cut
N6
P77=360/6
N7
[
N8
G17
N9
O1
N10 T1
N11 F200S2500M3
N12 Z100R
N13 G49IP1
N14 X0Y0R
N15 Z-45R
N16 P11=200 [start point radius
N17 P12=-50 [Z start point
N18 P13=30 [X start point
N19 P78=0
N20 E4=G21X0Y0,G20X-130Y30
N21 P50=E4,3
N22 P51=ABSP50
N23 L=2
N24 ZP12
N25 L1
N26 P11=P11-P4 [radius variation on back
N27 P12=P12+P5 [Z variation
N28 P13=P13+P3 [X dynamic
N29 [ P51=P51+(P3/4)
N30 {P12=0}L50
N31 {P12<0}L2
N32 L=50
Programming Examples
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
Z100RM5
M30
L=1
G41
E1=G20X-130Y30,G21I-P11,G20X-P13Y0
E2=G20X-P13Y0,G21I-P11,G20X-130Y-30
E3=E1,G21I-3,E2
E4=G13X0Y0J180,E3
E4
E3
L=5
E2
G21I10
G20X0Y0IP51
P78=P78+P77
G51JP78
G21
E1
E3
L5K5
G50
E4
G40
G32
47
S3000 – S4000 SERIES CNC
PROG44 Elliptical die
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
48
$2X-317.I310.Y-200.J201.K45.Q30.
[elliptical die with front and side section
[at different radius
[
G17
O1
T1M6
F1200S2000M3
[
P0=5 [ spherical milling tool set 0 on tool tip
P1=408/2 [ major semi-axis
P2=278/2 [ minor semi-axis
P3=516.8 [ major semi-axis front radius
P4=253 [ minor semi-axis side radius
P5=-15 [ Z end in center die
P6=3 [ pitch step
P7=2 [ angular increment for the ellipses
[
P3=P3-P0
P4=P4-P0
E1=G20X0YP3I-P3
E2=G20X0YP4I-P4
L=1
E3=G13XP1Y0J90
E5=E3,E1
P10=E5
E6=G13X0YP11J180,E2
P20=E6
P13=0
P14=360
Z150R
XP10Y0R
Z50R
(CNC S4040GE/S4045/S4045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
P11=P11-P0+P5
ZP11
L=2
P8=P10*COSP13
P9=P20*SINP13
XP8YP9
P13=P13+P7
{P13<=P14}L2
P1=P1-P6
{P1>=0}L1
Z150R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG45
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
Elliptical punch
$2X-277.I287.Y-196.J165.K45.Q30.
[elliptical punch with front and lateral sections that
have different radiuses
[
G17
O1
T1M6
F1200S2000M3
P0=5 [spherical cutter radius
P1=411.85/2 [major semi-axis
P2=280.9/2 [minor semi-axis
P50=514.8+P0 [major semi-axis front radius
P51=251+P0 [minor semi-axis lateral radius
E1=G20X0Y-514.8I-P50
E2=G20X0Y-251I-P51
G49IP0
L=1
E3=G13XP1Y0J-90
E5=E3,E1
P10=E5 [P10=major semi-axis, P11=Z of ellipse
profile
E6=G13X0YP11J180,E2
P20=E6 [P20=minor semi-axis
P3=0,P4=360,P5=5 [initial angle, final angle and
angular increment
Z100R
P60=P10+P0
XP60Y0R
Z10R
ZP11
Programming Examples
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
G42
L=2
P8=P10*COSP3
P9=P20*SINP3
XP8YP9
P3=P3+P5
{P3<=P4}L2
G40
P1=P1-5 [cut decrement on major
semi-axis
{P1>=0}L1
Z100R
M30
49
S3000 – S4000 SERIES CNC
PROG46
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
50
Handgrip punch
$2X-52.9I25.4Y-8.58J41.4K45.Q30.
[Profile offset/rotation to create a handgrip for
motorcycles or bicycles
[
[male
G17
O1
T1M6
F1000S2000M3
G49I2[diam. 4 spherical cutter zeroed at centre,
skim Z0 plane and set
[AZZERA T1Z2, that is the cutter’s radius value
[
Z50R
X-20Y0R
Z5R
P1=0
P2=5[angular increment
L=1
G751 ROTYP1
L10
P1=P1+P2
G751 ROTYP1
G754
L10
G753
P1=P1+P2
{ P1 <= 180 } L1
G750
Z50R
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
M30
L=10[profile
X-20Y0Z0R
G41K1
E1=G20X-13Y0,G21I-300,G20X-9Y47
E1
G21I3
P5=118-56.5
E2=G20X0Y-P5I-118
E3=G13X-13Y0J90,G21I-4,E2
E3
E2
G40X0Y65K1
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG47
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
Handgrip die
$2X-53.I25.3Y-19.4J30.6K45.Q30.
[Profile offset/rotation to create a handgrip for motorcycles
and bicycles
[
[Female
G17
O1
T1M6
F1000S2000M3
G49I2[diam. 4spherical cutter zeroed at centre,
[skim Z0 plane and set
[AZZERA T1Z2, that is the cutter’s radius value
Z50R
X0Y0R
Z5R
P1=0
P2=5[angular increment
L=1
G751 ROTYP1
L10
P1=P1-P2
G751 ROTYP1
G754
L10
G753
P1=P1-P2
{ P1 >= -180 } L1
G750
Z50R
M30
Programming Examples
(CNC S4045/S4045P)
(CNC S4060D/S4045/S4045P)
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
L=10[profile
X0Y0Z0R
G42K1
E1=G20X-13Y0,G21I-300,G20X9Y47
E1
G21I3
P5=118-56.5
E2=G20X0Y-P5I-118
E3=G13X-13Y0J90,G21I-4,E2
E3
E2
G40X0Y50K1
G32
51
S3000 – S4000 SERIES CNC
PROG48
Profile programmed on XY and machined on
XZ
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
52
$2X-139.I95.7Y-15.9J134.K30.Q30.
[Profile programmed on XY and machined on XZ with
increment on Y
G17
O1
T1M06 [spherical cutter zeroed at centre
F1000S2000M3
G49I10 [spherical cutter D.20
Z100R
X-50Y0R
Z20R
P1=0
L=1
G751 ROTX90 TRSZP1
L10
P1=P1-3[PASSO IN Y
G751 ROTX90 TRSZP1
G754
L10
G753
P1=P1-3
L1K20
G750
Z100R
M30
L=10
X-40Y20Z0R
G41K1
G13Y0J0
G21I20
G13X0J90
G21I-20
N32
N33
N34
G13Y48J0
G40X40Y68K1
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG49
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
Conical slot
$2X-77.7I78.8Y-63.3J36.7K45.Q30.
[slot with taper ratio on radial lines
G17
O1
T1M6
F1200S2000M3
P1=120 [total length of slot
P2=32 [total width of slot
P3=40 [total depth
P4=1 [Z increment
P5=8 [cutter radius
P10=30 [taper ratio on radial lines
[
P1=P1/2
P2=P2/2
P1=P1-P5
P2=P2-P5
G49I0Q0
Z100R
X0Y0R
Z6R
G736IP4X0Y0K2
G42K2
G13YP2J180 Q1
G21IP2 Q2
G13X-P1J-90
G21
G13Y-P2J0 Q1
G21 Q2
G13XP1J90
G21
G13YP2J180 Q1
G40X0Y0K2
Programming Examples
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
G737 Q1
G42
G13Y0J180
G13X0Y0J-90
G13Y-P3J180
G40
G737 Q2
G42
G13Y0J180
P90=90+P10
G13X0Y0J-P90
G13Y-P3J180
G40
G738
Z100R
M30
53
S3000 – S4000 SERIES CNC
PROG50
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
54
Conical hole
$2X-42.5I74.9Y-9.02J66.K45.Q30.
[Conical hole programme
G17
O1
T1M6
F1200S2000M3
G49I5Q5 [input spherical or toric cutter radius
(G49I..J…Q…)
[
P1=50 [hole diameter
P2=30 [total depth
P3=1 [increment per cut
P4=15 [taper ratio
[
P10=70 [X centre hole
P11=30 [Y centre hole
[
G51XP10YP11
P1=P1/2
Z100R
X0Y0R
Z10R
G736IP3X0Y0
G42K2
G20X0Y0IP1
G40X0Y0K2
G737
G42
G13Y0J180
P4=90+P4
G13X0Y0J-P4
G13Y-P2J180
G40
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N33
N34
N35
N36
G738
Z100R
G50
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG51
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
Conical pin
$2X-82.6I152.Y-81.5J68.6K-45.Q30.
[Conical cylinder programme
G17
O1
T1M6
F1200S2000M3
G49I5Q5 [input spherical or toric cutter radius (G49I…J…Q…)
[
P1=20 [upper cylinder diameter
P2=50 [total height
P3=1 [increment per cut
P4=15 [taper ratio
[
P10=70 [X centre cylinder
P11=30 [Y centre cylinder
[
G51XP10YP11
P1=P1/2
P5=P1+20 [Initial positioning of X
Z100R
XP5Y0R
Z10R
G736IP3XP5Y0
G42K2
G20X0Y0IP1
G40XP5Y0K2
G737
G41
G13Y0J0
P4=90-P4
G13X0Y0J-P4
Programming Examples
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N32
N33
N34
N35
N36
N37
G13Y-P2J0
G40
G738
Z100R
G50
M3
55
S3000 – S4000 SERIES CNC
PROG52
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
56
Columns
$2X-232.I237.Y-116.J184.K45.Q30.
[Programme for 4 columns on a rectangle using
a spiral cutter
[
G17
O1
T1M6
F2000S4000M3
G49I5 [input desired cutter radius
P1=250 [side X of rectangle
P2=170 [side Y of rectangle
P3=50 [diameter of columns
P4=30 [total column height
P5=2 [depth increment
[
P10=P1/2
P11=P2/2
P3=P3/2
G787 X-P10YP11 D1=2 D2=P1 D4=2 D5=P2
L1
G780
Z100R
M30
L=1
Z100R
X0Y0R
Z10R
Z0
G735IP5Z-P4
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N29
N30
N31
N32
N33
N34
G41K2
G20X0Y0IP3
G40X0Y0K2
G734
Z100R
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG53
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N15
N16
N17
N18
N19
N21
N22
N24
N25
N26
N27
N29
N30
N31
N33
N34
N35
N36
N37
N38
N39
N40
Tub
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
$2X-200.I200.Y-131.J124.K45.Q30.
[rectangular tub that has sides with different taper ratios
G17
O1
T1M6
F2000S3000M3
G49I5Q5 [D.10 spherical cutter definition zeroed at centre
[G49I16J6Q6 [32 diam. toric cutter definition, radius 6 inserts
[zeroed at insert centre
[G49I10J0Q0 [20 diam. cyclinder cutter definition
[use desired radius correction to finish and rough
[by eliminating comment from type of cutter chosen and inputting correct values
P1=250 [side X of tub
P2=150 [side Y of tub
P3=10 [joint radius
P4=40 [total depth
P5=2 [cut increment
P6=5 [upper tub radius
P7=8 [lower tub radius
P10=15 [right side taper ratio
P20=5 [upper side taper ratio
P30=15 [left side taper ratio
P40=5 [lower side taper ratio
P0=0 [ P0=0 finishing P0=1 roughing
P50=0 [machining allowance
P60=2 [P60=1 variable joints P60=2 constant joints
Z100R
P1=P1/2
P2=P2/2
P8=P1-40 [initial positioning on X
XP8Y0R
Z10R
G736IP5XP8Y0JP50KP60 D0=P0
G41K2
Programming Examples
57
S3000 – S4000 SERIES CNC
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
58
G13XP1J90 Q1
G21IP3
G13YP2J180 Q2
G21 Q3
G13X-P1J-90
G21
G13Y-P2J0 Q4
G21 Q1
G13XP1J90
G40XP8Y0K2
G737 Q1
G41
G13Y0J0
G21I-P6
P10=90-P10
G13X0Y0J-P10
G21IP7
G13Y-P4J0
G40
G737 Q2
G41
G13Y0J0
G21I-P6
P20=90-P20
G13X0Y0J-P20
G21IP7
G13Y-P4J0
G40
G737 Q3
G41
G13Y0J0
G21I-P6
P30=90-P30
G13X0Y0J-P30
G21IP7
G13Y-P4J0
G40
G737 Q4
G41
G13Y0J0
G21I-P6
P40=90-P40
G13X0Y0J-P40
G21IP7
G13Y-P4J0
G40
G738
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG54
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
Punch
$2X-200.I200.Y-131.J124.K45.Q30.
[Rectangular punch with sides that have different
taper ratios
G17
O1
T1M6
F2000S3000M3
[G49I5Q5 [diam. 10 spherical cutter definition
zeroed at centre
[G49I16J6Q6 [diam. 32 toric cutter, radius 6
inserts
[zeroed at insert centre
[G49I10J0Q0 [diam. 20 cylinder cutter definition
[use the desired radius correction to finish and
rough by eliminating the
[comment from type of cutter chosen and
inputting the correct values
P1=250 [side X of punch
P2=150 [side Y punch
P3=10 [joint radiuses
P4=40 [total height
P5=1 [cut increment
[
P6=8 [upper punch radius
P7=5 [lower punch radius
[
P10=15 [right side taper ratio
P20=5 [upper side taper ratio
P30=15 [left side taper ratio
P40=5 [lower side taper ratio
Programming Examples
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
[
P50=0 [machining allowance
P60=2 [P60=1 variable jointsi
P60=2 constant joints
[
Z100R
P1=P1/2
P2=P2/2
P8=P1+40 [initial positioning on X
XP8Y0R
Z10R
G736IP5XP8Y0JP50KP60
G41K2
G13XP1J90 Q1
G21IP3
G13YP2J180 Q2
G21 Q3
G13X-P1J-90
G21
G13Y-P2J0 Q4
G21 Q1
G13XP1J90
G40XP8Y0K2
G737 Q1
G42
G13Y0J180
G21IP6
P10=90+P10
G13X0Y0J-P10
G21I-P7
59
S3000 – S4000 SERIES CNC
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
60
G13Y-P4J180
G40
G737 Q2
G42
G13Y0J180
G21IP6
P20=90+P20
G13X0Y0J-P20
G21I-P7
G13Y-P4J180
G40
G737 Q3
G42
G13Y0J180
G21IP6
P30=90+P30
G13X0Y0J-P30
G21I-P7
G13Y-P4J180
G40
G737 Q4
G42
G13Y0J180
G21IP6
P40=90+P40
G13X0Y0J-P40
G21I-P7
G13Y-P4J180
G40
G738
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG55
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
Concave sphere
$2X-77.8I78.7Y-57.4J42.6K45.Q30.
[concave sphere
G17
O1
T1M6
F1200S3000M3
G49I5Q5 [input spherical cutter radius
Z100R
P1=80 [sphere diameter
P2=40 [total depth
P3=1 [cut increment
[
P0=0 [P0=0 finishing P0=1 roughing
P10=0 [machining allowance
[
P1=P1/2
Z100R
XP1Y0R
Z10R
G736IP3JP10D0=P0
G42
G20XP1Y0
G20X0Y0IP1
G20XP1Y0
G40
G737
G42
G13Y0J180
G20X-P1Y0I-P1
G13Y-P2J180
Programming Examples
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N31
N32
N33
N34
G40
G738
Z100R
M30
61
S3000 – S4000 SERIES CNC
PROG56
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
62
Convex sphere
$2X-77.8I78.7Y-57.4J42.6K45.Q30.
[Convex sphere
G17
O1
T1M6
F1200S3000M3
G49I5Q5 [input spherical cutter radius
Z100R
P1=80 [sphere diameter
P2=40 [total height
P3=1 [cut increment
[
P10=0 [machining allowance
[
P1=P1/2
Z100R
X0Y0R
Z10R
G736IP3JP10
G42
G20X.01Y0
G20X0Y0I.01
G20X.01Y0
G40
G737
G41
G20X0Y0
G20X0Y-P1I-P1
G13Y-P2J0K2
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N30
N31
N32
N33
G40
G738
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG57
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
Toroid
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
$2X-137.I140.Y-90.5J87.K45.Q30.
P1=160 [central diameter of ring
P2=35 [toroid diameter
P3=1 [pitch
[
G17
O1
T1M6
F1200S2000M3
G49I5Q5 [input spherical cutter radius
Z100R
P1=P1/2
P2=P2/2
XP1Y0R
Z10R
G736IP3
G42
G20XP1Y0
G20X0Y0IP1
G20XP1Y0
G40
G737
G41
G20X-P2Y0
G20X0Y0IP2
G20XP2Y0
G40
G738
Z100R
M30
Programming Examples
63
S3000 – S4000 SERIES CNC
PROG58
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
64
Conical polygon
$1M0X-137.I140.Y-90.5J87.
P1=8 [number of sides
P2=10 [joint radius
P3=75 [radius around figure
[
P20=0 [rotation angle of the figure
[
P4=20 [total height
P5=2 [cut increment
P6=15 [taper ratio
[
P10=0 [P10=0 finishing P10=1 roughing
[
G17
O1
T1M6
F1500S2000M3
G51JP20
G49I5Q5 [input radius and type of cutter desired
Z100R
P11=360/P1
P12=P3-30 [start point on X
P13=P1-1
XP12Y20R
Z10R
G736IP5XP12Y20D0=P10
G42K2
G76
G10XP3Y0
L=1
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
G11YP11I
G21IP2
L1KP13
G11YP11I
G75
G40XP12Y20K2
G737
G42
G13Y0J180
P14=90+P6
G13X0Y0J-P14
G13Y-P4J180
G40
G738
Z100R
G50
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG59
Section profile ellipse
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
$2X-165.I175.Y-106.J111.K30.Q30.
[Section profile ellipse
P1=120 [major semiaxis
P2=80 [minor semiaxis
P3=0 [initial angle
P4=360 [final angle
P5=5 [angular increment
G49I5Q5
Z100R
XP1Y0R
Z10R
G736I2 [I=PITCH
G42
L=1
P7=P1*COSP3
P8=P2*SINP3
XP7YP8
P3=P3+P5
{P3<=P4}L1
G40
G737
G42
G13Y0J180
G21I5
G13X0Y0J-110
G21I-10
G13Y-30J180
G40
G738
Z100R
M30
Programming Examples
65
S3000 – S4000 SERIES CNC
PROG60
Pocket with chafers on the walls
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
66
$2X-36.3I42.Y-25.7J24.3K45.Q30.
[2 mm deep pocket with 45 degree chamfer
[pocket dimensions 71x20
[programme for 45° chamfer
G17
O1
T1M6
F1000S1200M3
G49I0Q0 [input desired cutter radius
Z100R
X0Y0R
Z10R
G736I.1X0Y0K2
G42K2
G13Y-10J0
G21I.5
P1=71/2
G13XP1J90
G21
G13Y10J180
G21
G13X-P1J-90
G21
G13Y-10J0
G40X0Y0K2
G737
G42
G13Y0J180
G13X0Y0J-135
N30
N31
N32
N33
N34
G13Y-1J180
G40
G738
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG61
Plane profile with double radius section
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
$2X-160.I182.Y-128.J90.5K30.Q30.
[Plane profile with double radius profiled section
G17
O1
T1M6
F1200S1200M3
G49I5Q5[ spherical cutter zeroed in centre
Z100R
X50Y0R
Z10R
G736X50Y0I3
G41K2
G13X127.5Y0J266.32K2
G21I-69.58
G13Y-189.48J180
G21
G13X-127.5Y0J93.68
G20X0Y0I-127.5K2
G13X127.5Y0J266.32
G40X50Y0K2
G737
G42
G20X0Y0
G20X-18.8Y0I-18.8
G21I3
G20X-44.2Y-19.8I-25.4
G13J180
G40
G738
Z100R
M30
Programming Examples
67
S3000 – S4000 SERIES CNC
PROG62
Double crowning profile
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
68
$2X-243.I227.Y-191.J109.K45.Q30.
[Double crowning profile (R.300 on XZ and
R.500 on YZ)
G17
O1
T1M6
F1200S1200M3
G49I5Q5 [Spherical cutter zeroed in centre
Z100R
X-200Y-100R
Z2R
G751ROTX90
G736I5Q2
G42
G13X-200J-90
G20X0Y-300I-300
G13X200J90K2
G40
G737
G42
G13Y100J0
G20X500Y0I500
G13Y-100J0
G40
G738
G750
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG63
Open tub with 3 sectioned sides
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
$2X-191.I209.Y-140.J116.K45.Q30.
[Programme for open tub with three sides that have different sections
[
G17
O1
T1M6
F1200S2000M3
[
G49I0Q0 [input spherical cutter radius
Z100R
X-100Y-50R
Z10R
G736I1Q2K2
G42
G20X-100Y-50 Q2
G13J90
G21I-20
G13Y60J0 Q1
G21 Q2
G13X100J-90
G20X100Y-50
G40
G737 Q1
G41
G13Y0J0
G13X0Y0J-85
G21I10
G13Y-20J0
G21I-15
G13X40Y-20J-70
G13Y-55J0
G40
Programming Examples
N33
N34
N35
N36
N37
N38
N39
N40
N41
G737 Q2
G41
G13Y0J0
G13X0Y0J-87.5
G13Y-55J0
G40
G738
Z100R
M30
69
S3000 – S4000 SERIES CNC
PROG64 – 4 sectioned three-dimensional punch
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
70
$2X-101.I134.Y-87.3J62.7K-45.Q30.
[Solid defined as plane profile with 4 different sectioned profiles
G17
O1
T1M6
F1200S2500M3
P1=60 [total piece height
G49I0Q0
Z100R
X-25Y0R
Z10R
G736I2K2
G42
G20X-25Y0 Q4
G13J90
G21I-10
G13Y60J0 Q3
G21 Q2
G13X25J-90
G21 Q1
G13Y0J180 Q1
G13X0J-90 Q2
G13Y-60J180
G21
G13X-25J90 Q4
G20X-25Y0
G40
G737 Q1
G42
G13Y0J180
G20X0Y-60I60
G13Y-P1J180K2
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
G40
G737 Q2
G42
G13Y0J180
G13X0Y0J-90
G13Y-P1J180
G40
G737 Q3 [ K1
G42
G13Y0J180
G21I5
G13X0Y0J-115
G21I-8
G13Y-10X0J185
G21I12
G20X69.6Y-70I130
G13Y-P1J180K2
G40
G737 Q4
G42
G13Y0J180
G21I5
G13X0Y0J-125
G13Y-P1J180
G40
G738
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG65
Sphere with 3 spherical ears
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
$2X-78.9I77.6Y-61.8J38.2K45.Q30.
[Sphere with 3 spherical ears
G17
O1
T1M6
F1500S2000M3
G49I0Q0
Z100R
X50Y0R
Z2R
G736I1
G42
G20X50Y0 Q1
L=1
G20X0Y0I50 Q1
G21I-5 Q2
G20X0Y50I15
G21
G51J120I
L1K2
G51J0
G50
G20X0Y0I50 Q1
G20X50Y0
G40
G737 Q1
G42
G13Y0J180
G20X-50Y0I-50
G13Y-15J180
Programming Examples
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
G40
G737 Q2 K1
G42
G13Y0J180
G20X-15Y0I-15
G13J180
G40
G738
G736I1
G42
G20X50Y0
G20X0Y0I50
G20X50Y0
G40
G737
G42
G13Y-15J180
G20X-50Y0I-50
G13J180Y-49.99
G40
G738
Z100R
M30
71
S3000 – S4000 SERIE CNC
PROG66 Solid defined by an open plane profile and
an XY machining section profile
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
72
$2X-152.I318.Y-135.J165.K45.Q30.
G17
O1
T1M6
F1200S1500M3
[Programme to create a section on a profile seen on XZ
G49I5 [spherical cutter zeroed at centre
Z100R
X-100Y-40R
Z-30R
G711K31
L2
G710
G721K31I5D0=2
P0=0
L=3
P0=P0+1
E1=E31KP0
P10=E1
G751TRSXP10ZP11ROTX90ROTY90
L1
P0=P0+1
E1=E31KP0
P10=E1
G751TRSXP10ZP11ROTX90ROTY90
G754
L1
G753
{P0<P99}L3
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
G750
Z100R
M30
L=1
G41
G20X-30Y0Z0
G13J75
G21I-10
G20X0Y-10I-40
G21
G13X30Y0J-75
G20
G40
G32
L=2
G41
G20X-100Y-50
G13J0
G21I30
G13X80Y-30I-60J45
G20
G21I80
G13Y-50J0
G20X250Y-50
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG67 Semicircular section solid defined by a profile on
XY and by a profile on XZ
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
$2X-136.I177.Y-98.5J101.K-45.Q30.
[Programme to create a snake
[that is a semicircular section tube layed out on a profile
[section on XZ and a plane profile on XY
G17
O1
T1M6
F1200S2000M3
G49I0 [Input spherical cutter radius
Z200R
X-100Y0R
Z10R
P50=100 [number of points
G711K31
L1 [profile on XZ
G710
G711K32
L2 [profile on XY
G710
G721K31JP50 [J=number of points
P9=P99-1
G721K32JP50 [J=number of points
P1=0
L=4
P1=P1+1
E1=E31KP1
E2=E32KP1
P10=E1
Programming Examples
73
S3000 – S4000 SERIE CNC
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
74
P20=E2
P22=P22+90
G751TRSXP10ZP11YP21ROTX90 ROT YP22 ROTX-P12
L3 [section profile
P1=P1+1
E1=E31KP1
E2=E32KP1
P10=E1
P20=E2
P22=P22+90
G751TRSXP10ZP11YP21ROTX90 ROTYP22 ROTX-P12
G754
L3
G753
{P1<=P9}L4
M30
L=1 [profile on XZ
G41
G20X-100Y0Z0
G13J35
G21I-50
G13X50Y0J-30
G21I50
G13X150Y50J45
G20X150Y50
G40
G32
L=2 [profile on XY
G41
G20X-100Y0Z0
G13J-15
G21I50
G20X100Y-130I-130
G13J-15
G13X150Y0J-90
G40
G32
L=3 [section profile
G41
G20X-30Y0Z0
G20X0Y0I30
G20X30Y0
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG68
Automobile tyre rim die
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
$2X-332.I294.Y-202.J198.K15.Q50.
[Machining for an automobile tyre rim die
G17
O1
T1M6
F5000 S8000 M3
G49I0Q0 [input desired spherical cutter radius
[or toric cutter with G49I…J…Q…
P1=2 [cut increment
P10=0 [P10=0 finishing P10=1 roughing
P2=0
L=2
L1
P2=P2+120
G751ROTZP2
L2K2
M30
L=1
Z100R
X0Y-120R
Z5R
G736X0Y-120IP1 D0=P10
[plane profile
G41K2
G20X0Y0I195.5
G21I8
G13X124.57Y-117.53J150
G13J168.313
G21I63.3
Programming Examples
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
G13X-124.57Y-117.53J168.313
G13J-150
G21I8
G20X0Y0I195.5
G40X0Y-120K2
G737
[section profile
G41
G13Y0J0
G21I-3
G13X0Y-33J-45
G21I15
G13Y-33J0
G40
G738
G32
75
S3000 – S4000 SERIE CNC
PROG69
Plane profile with 3 different sections that
repeat part of the profile
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
76
$2X-140.I141.Y-108.J72.4K15.Q30.
[Plane profile with 3 different sections that repeat part of
the profile rotated at 90 degrees
[
G17
O1
T1M6
F1200S2000M3
G49I0Q0
Z100R
X0Y80R
Z10R
G736I2K2
G42
G20X0Y80Q1
L=1
G13Y80J180Q1
G13X-50J90Q2
G13Y100J180Q3
G21I20
G13X-100J-90
G13Y50J0Q2
G51J90I
L1K3
G13Y80J180Q1
G20X0Y80Q1
G40
G50
G737 Q1
G42
G13Y0J180
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
G20X-30Y0I-30
G13J180
G40
G737 Q2
G42
G13X0Y0J180
G13J-90
G13Y-30J180
G40
G737 Q3
G42
G13Y0X0J180
G13X0Y0J-110
G13Y-30J180
G40
G738
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG70 Die for Selbox push-buttons repeated on a
linear grid
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
$2X-191.I-34.4Y13.3J113.K45.Q30.
[Selbox push-button panel
[small slightly raised push-buttons with 1.5 diam.
spherical cutter
[realisation with plane-section profile, outer profile R
0.5
G17
O1
T1M6
F1000S1200M3
G49I0.75Q0.75
Z100R
G787X-18Y111D1=3D2=18D4=3D5=18
L1
G780
Z100R
G787X-36Y183D1=5D2=18D4=2D5=-18
{P99=6}L50
{P99=10}L50
L2
L=50
G780
Z100R
G787X-28Y201D1=5D2=14
L3
G780
Z100R
M30
L=1
Z10R
X0Y0R
Programming Examples
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
Z2R
G736X0Y0I.1
G42K2
G20X0Y0I7
G40X0Y0K2
G737
G42
G13Y0J180
G21I.5
G13X0J-90
G13Y-1J180 [height 1 mm
G40
G738
Z10R
G32
L=2
Z10R
X0Y0R
Z2R
G736X0Y0I.1K2
G42K2
G13X0Y0I7J-90
G21I4.5
G13J0
G21
G13J90
G21
G13J180
G21
G13J-90
G40X0Y0K2
77
S3000 – S4000 SERIE CNC
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
78
G737
G42
G13Y0J180
G21I.5
G13X0J-90
G13Y-1J180 [height1 mm
G40
G738
Z10R
G32
L=3
Z10R
X0Y0R
Z2R
G736I.1X0Y0
G42K2
G13X-4J-90
G20X0Y-3I4
G13J90
G20X0Y3I4
G13J-90
G40X0Y0K2
G737
G42
G13Y0J180
G21I.5
G13X0J-90
G13Y-1J180 [height 1 mm
G40
G738
Z10R
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG71
Punch for Selbox
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
$2X-127.I139.Y-89.2J80.8K45.Q30.
[male
[three-dimensional part with variable sections
F9000S1200M3
[use spherical cutter zeroed at radius centre
[height 43.17-18.04 : Z0 is on the upper part
P50=.5 [increment between cuts
P40=4 [cutter radius (max radius 4)
P11=43.17-18.04+P40 [total cyclinder head height
Z100R
G49IP40QP40 [spherical cutter radius
X-25.83Y34.17R
Z10R
G736IP50K2 Q2
G42
G20X-25.83Y34.17 Q2
G13J180
G21I6.03 Q1
P1=241.2
P2=241.2-138.77 [tail radius centre
G20XP2Y0I241.2 Q1
G21
G13Y-34.17J0 Q2
G20X-25.83Y-34.17
G40
G737 Q1
G41
G13Y0J0
G13X0J-90
G13Y-P11J0
G40
Programming Examples
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
G737 Q2 K1
G41
G13Y0J0
G21I-24.12
G13X0J-90
G13Y-P11J0
G40
G738
Z100R
X14.37Y-34.17R
P1=43.17-18.04+P40 [total height
Z10R
G736IP50K2 Q2
G42
G20X14.37Y-34.17
G13J0
P2=126.55-241.2
G20XP2Y0I241.2K2
G13Y34.17J180
G20X14.37Y34.17
G40
G737
G41
G13Y0J0
G21I-6.03
G13X0J-90
G13Y-P1J0
G40
G738
Z100R
L=99
79
S3000 – S4000 SERIE CNC
N63
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
N94
N95
N96
N97
N98
N102
N103
N104
N105
N106
N107
N108
N109
N110
N111
N112
N113
N114
N115
N116
N117
N118
N119
N120
N121
N122
80
P1=43.17-18.04 [total cylinder head height
P77=P1
[part with variable radiuses
[G761Y-P77Q2
G49IP40 [sperical cutter radius
Z100R
X14.37Y54.17R
Z20R
P1=6.03 [initial radius
P2=24.12 [final radius
P3=80 [number of points
P4=(P1-P2)/P3
P50=1 [ahead-return discriminator
G711K32
G41
G20X14.37Y34.17
G13J180
G20X-25.83Y34.17
G40
G710
G721K32JP3D0=2
P9=P99-1
P0=0
L=10
P0=P0+1
E1=E32KP0
P10=E1
P12=P12-90
G751TRSXP10YP11ROTX90ROTYP12
L51
G750
P1=P1-P4
L10KP9
[G760
Z100R
X14.37Y-54.17R
Z10R
P1=6.03
P2=24.12
P3=80 [number of points
P4=(P1-P2)/P3
P50=1 [ahead-return discriminator
G711K32
G41
G20X14.37Y-34.17
G13J180
G20X-25.83Y-34.17
G40
G710
G721K32JP3D0=2
P9=P99-1
P0=0
L=11
P0=P0+1
E1=E32KP0
P10=E1
N123
N124
N125
N126
N127
N128
N129
N130
N131
N132
N133
N134
N135
N136
N137
N138
N139
N140
N141
N142
N143
N144
N145
N146
N147
N148
N149
N150
N151
N152
N153
N154
N155
N156
N157
N158
N159
N160
N161
N162
N163
N164
N165
N166
N167
N168
N169
N170
P12=P12-90
G751TRSXP10YP11ROTX90ROTYP12
L61
G750
P1=P1-P4
L11KP9
G750
[G760
Z100R
M30
L=51
P50<L52
G42
G20X0Y-P77Z0
G13J90
G21IP1
G13Y0J180
G40
P4<L53
L=52
G41
G13Y0X0J0Z0
G21I-P1
G13X0J-90
G20X0Y-P77
G40
L=53
P50=-P50
G32
L=61
P50<L62
G41
G20X0Y-P77Z0
G13J90
G21I-P1
G13Y0J0
G40
P4<L63
L=62
G42
G13Y0X0J180Z0
G21IP1
G13X0J-90
G20X0Y-P77
G40
L=63
P50=-P50
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG72
Conical slots repeated on a linear grid
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
$1M0X-234.I235.Y-146.J154.
[Programme to repeat n. of conic or cylinder slots on a
linear grid
[
G17
O1
T1M6
F1200S2000M3
G49I5Q5
[
P1=70 [total slot length on X
P2=25 [total slot width on Y
P3=18 [slot depth on Z
P4=8 [slot taper ratio
P5=1 [cut increment
[
P10=-180 [X first slot
P11=-40 [Y first slot
P12=0 [singular slot inclination angle
P13=5 [number of slots on X
P14=90 [distance of slots on X
P15=3 [number of slots on Y
P16=40 [distance of slots on Y
[
P2=P2/2
P1=P1/2-P2
P4=90-P4
[
G787 XP10YP11 D1=P13 D2=P14 D4=P15 D5=P16
D7=P12
Programming Examples
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
Z100R
X0Y0R
Z10R
G736IP5X0Y0
G41K2
G13YP2J180
G20X-P1Y0IP2
G13J0
G20XP1Y0IP2
G13J180
G40X0Y0K2
G737
G41
G13Y0J0
G13X0Y0J-P4
G13Y-P3J0
G40
G738
Z100R
G780
Z100R
M30
81
S3000 – S4000 SERIE CNC
PROG73 Grooved surface that links a radius to a
profile
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
82
$2X-687.I684.Y-458.J418.K45.Q30.
[Grooved surface that links a radius to a profile
G17
O1
T1M6
F2000 S3000 M3
G49I5Q5
Z200R
X600Y250R
Z50R
G726Z-600I5
G41
G20X-250Y0
G13J0
G21I-30
G13X0Y-250J-80
G20
G40
G727Z600
G41
G20X-250Y0
G20X-250Y-250I-250
G20X0Y-250
G40
G728ROTX90ROTY-90
Z200R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG74
Grooved surface with delimiting profile
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
$2X-17.4I17.3Y-16.J6.18K45.Q30.
[Grooved surface with delimiting profile
G17
O1
T1M6
F1000S2000M3
G49I1.5Q1.5[input spherical cutter radius
Z10R
X-7Y-7R
Z2R
G726Z11I.25
L1
G727Z-11
L1
G34
L2
G35
G728 ROTX90 ROTY90
Z100R
M30
L=1
G41
G20X-10Y-6.45
G13J0
G20X0Y0I11.22
G13Y-6.45J0K2
G20X10Y-6.45
G40
G32
L=2
P1=18.96/2
G41
G20XP1Y0
Programming Examples
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
G13J90
G21I3.36
G13YP1J180
G21
G13X-P1J-90
G21
G13Y-P1J0
G21
G13XP1J90
G20XP1Y0
G40
G32
83
S3000 – S4000 SERIE CNC
PROG75
Surfaces defined by 3 grooves
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
84
$2X-248.I65.1Y-58.J142.K45.Q30.
[3D surface created by the union of 3 grooved surfaces
G17
O1
T1M6
F1000S1200M3
[machine with cutter radius equal to 0
[modify profiles by inputting the quotes already calculated at
the desired cutter radius centre
[
G49I0Q0
Z100R
X-38Y44R
Z10R
G726Z-44I2
L1
G727Z-117
L1
G728ROTX90
Z100R
X-38Y117R
Z10R
G726Z-117I2
L1
G727Z-157
L3
G728ROTX90
Z100R
X-38Y157R
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
Z10R
G726Z-157I2
L3
G727Z-230
L3
G728ROTX90
Z100R
M30
L=1
G41
G13Y0J0
G20X-10Y0I28
G13J0
G20X10Y0I28
G13Y0J0K2
G40
G32
L=3
G41
G13Y0J0
P1=55/2
G20X-P1Y0I10
G13J0
G20XP1Y0I10
G13Y0J0K2
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG76
Chamfer on a tube
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
$2X-93.4I94.5Y-106.J13.7K45.Q30.
[programme that creates a chamfer between a
concave surface (TUBO) and a hole
[lengthwise on the Z axis
[P0= spherical cutter radius
[P1=external diameter of tube
[P2= internal diameter of tube
[P3= perpendicular hole diameter
[P4= angle of chamfer positioned at 3 o’clock
[P5= angular cut increment
[
P0=6, P1=200, P2=160, P3=120, P4=45,
P5=1
[
P1=P1/2
P2=P2/2
P3=P3/2
{P1<=P2}L99
E1=G20X0Y-P1IP1
E2=G20X0Y-P1IP2
E3=G13XP3Y0J90,E2K2
E5=G10X0Y-P1,G11E3
E8=G20X0Y-P1
P10=90/P5 [number of cuts on 90°
P11=P10-1 [number of repetitions
P12=E5,2 [E5 angle
P13=(90-P12)/P10
G17
O1
T1
F200S2500M3
Z200R
G49IP0QP0
Programming Examples
85
S3000 – S4000 SERIE CNC
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
86
X0Y0R
Z10R
P70=0 [start point angle
P14=P12
L=1
E9=G13E8JP14,E2K2
P50=E9,2
G751TRSZP50 ROTZP70 ROTX90
L10
P70=P70+P5
P14=P14+P13
E9=G13E8JP14,E2K2
P50=E9,2
G751 TRSZP50 ROTZP70 ROTX90
G754
L10
G753
P70=P70+P5
P14=P14+P13
L1KP11
P70=180
P14=90+(90-P12)
L=3
E9=G13E8JP14,E2K2
P50=E9,2
G751TRSZP50 ROTZP70 ROTX90
L10
P70=P70+P5
P14=P14-P13
E9=G13E8JP14,E2K2
P50=E9,2
G751 TRSZP50 ROTZP70 ROTX90
G754
L10
G753
P70=P70+P5
P14=P14-P13
L3KP11
G750
Z200RM5
L=99
M30
L=10
G41
G20E3 Z0
G13E3JP4
G20E1K2
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG77 Joint on a tube
N1
N2
$2X-75.1I81.7Y-58.5J41.7K45.Q40.
[Programme to create a joint between two
perpendicular holes
[one concave hole arranged lengthwise on the
N3
Y axis
N4
[and the perpendicular hole arranged
lengthways on Z axis
N5
[Machining of the holes must be carried out
previously
N6
[
N7
[P0= cut increment angle
N8
[Caution :90/P0 must obtain an equal number
N9
[P1= Vertical hole radius
N10 [P2= radius of concave machining on Y
N11 [P3= hole joint radius
N12 [P4= spherical cutter radius zeroed at
sphere centre
N13 [
N14 P0=1 ,P1=50 ,P2=55 ,P3=12 ,P4=10
N15 [
N16 P5=P1-P4
N17 {P5<=0}L80
N18 {P1>=P2}L80
N19 [
N20 G17
N21 O1
N22 T1
N23 F200S2500M3
N24 Z200R
N25 G49IP4QP4
Programming Examples
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N26
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
X0Y0R
[
E1=G20X0Y0IP2
E2=G13XP1Y0J90
E3=E2,G21I-P3,E1 [joint
E4=E1I0
E5=E3I0
E6=G10E5,G11E4 [straight line
E8=G13E5J0,E3
P30=E6,2 [get E6 angle
P10=90/P0
P32=(P30-90)/P10 [angular increment
P20=0 [start point angle
P21=90 [quadrant
P51=E5,2
P50=P51+(2*P4)
ZP50R
ZP51
P8=P1-P4 [positioning on X
XP8Y0[R
L=50
P31=P30
L=2
G751 ROTZP20 ROTX90
L1
P20=P20+P0 [rotation increment
{P20>=P21}L98
G751 ROTZP20 ROTX90
G754
87
S3000 – S4000 SERIE CNC
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
88
P31=P31-P32
L1
G753
P20=P20+P0 [rotation increment
P31=P31-P32
{P20<P21}L2
L=98
P21=P21+90
L=3
G751 ROTZP20 ROTX90
L1
P20=P20+P0 [rotation increment
{P20>=P21}L99
G751 ROTZP20 ROTX90
G754
P31=P31+P32
L1
G753
P20=P20+P0 [rotation increment
P31=P31+P32
{P20<P21}L3
L=99
P21=P21+90
L50K1
G750
Z200RM5
L=80
M30
L=1
G41
E8Z0
E3 [joint
E7=E3,G13E5JP31K2
E7 [stop point
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG78
Semicircular channel on XZ
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
$2X-102.I196.Y-85.1J105.K-45.Q30.
[Programme to carry out semicircular channel on XZ
[the channel has a variable radius in the circular section
[the channel has a constant radius in the vertical section
[
G17
O1
T1 [spherical cutter zeroed at centre
F200S2500M3
Z200R
G49I0Q0
X-10Y0R
Z100R
P1=25 [start point radius
P2=90 [start point angle
P3=1 [angle / cut distance
P4=(7.5/70)*P3 [radius decrement with each cut
P5=0
L=2
G751ROTY-P2
L1
P2=P2-P3
P1=P1-P4
G751ROTY-P2
G754
L1
G753
P2=P2-P3
P1=P1-P4
L2K24
L=3
Programming Examples
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
G751ROTY-P2
L1
P2=P2-P3
G751ROTY-P2
G754
L1
G753
P2=P2-P3
L3K19
L=4
G751TRS Z-P5
L1
P5=P5+P3
G751TRSZ-P5
G754
L1
G753
P5=P5+P3
L4K24
G750
X100Y0R
Z200RM5
M30
L=1
G41
G20X75YP1Z0
G20X75Y0IP1
G20X75Y-P1
G40
G32
89
S3000 – S4000 SERIE CNC
PROG79
Slots on a circumference with a spiral
cutter
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
90
$2X-225.I245.Y-147.J153.K45.Q50.
[Programme to create slots on a circumference
[using a spiral cutter on Z
G17
O1
T1M6
F2000 S3000 M3
G49I5 [Input desired cutter radius
L=1
P30=4 [number of slots
P1=150 [circumference radius at slot centre
P2=35 [slot width
P3=-30 [slot start angle
P4=30 [slot finsih angle
P5=-20 [total slot depth on Z
P6=2 [cut increment on Z
[
E1=G20X0Y0IP1
E2=G13X0Y0JP3,E1K2
E3=G13X0Y0JP4,E1K2
P10=E2
P20=E3
P2=P2/2
P40=360/P30
Z100R
XP10YP11R
Z10R
Z0
G735IP6ZP5
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
G41
G20XP10YP11IP2
P7=P1+P2
G20X0Y0IP7
G20XP20YP21IP2
P8=P1-P2
G20X0Y0I-P8
G20XP10YP11IP2
G20X0Y0IP7
G40
G734
Z100R
G51JP40I
L1KP30
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG80
Spiral milled rectangle
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
$2X-156.I157.Y-102.J97.9K45.Q30.
[Finishing of a rectangle using a spiral cutter
G17
O1
T1M6
F1200S2000M3
G49I5
Z100R
P1=150 [side X rectangle
P2=95 [side Y rectangle
P3=12 [rectangle radiuses
P4=30 [total depth
P5=2 [cut increment
[
P1=P1/2
P2=P2/2
P6=P1-25 [initial positioning on X
XP6Y0R
Z10R
Z0
G735IP5Z-P4
G41K2
G13XP1J90
G21IP3
G13YP2J180
G21
G13X-P1J-90
G21
G13Y-P2J0
Programming Examples
N30
N31
N32
N33
N34
N35
G21
G13XP1J90
G40XP6Y0K2
G734
Z100R
M30
91
S3000 – S4000 SERIE CNC
PROG81
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
92
Cylinder head
$2X-337.I358.Y-169.J275.K45.Q30.
[Programme to create a R 675 cylinder head
[starting from a R 329 external diameter to achieve a R 254
internal diameter
[
G17XYZ
F1000S12000M3
P50=0[cutter radius
P60=329 [external radius
P61=254 [internal radius
P62=P60-P61 [total width of the circular crown
P63=5 [cut distance
P64=INT(P62/P63+.999)
P63=P62/P64
P64=P64-1
L=60
G711K31IP50X-90Y0
L5[profile to layout on the surface
G710
G721I5K31D0=2[I=distance between points
G711K32
L7[surface profile
G710
P1=0
Z200R
X360Y0R
Z120R
L=10
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
P1=P1+1
E1=E31KP1
P10=E1
E2=G13XP10Y0J-90
E3=E2,E32
P20=E3
XP10YP11ZP21
{P1<P99}L10
Z200R
P60=P60-P63
L60KP64
M30
L=7[ surface profile
G41
G13X-330J-90
G20X0Y675I675K2
G13X330J90
G40
G32
L=5 [ plane profile
G41
G20XP60Y0
G20X0Y0IP60
G20XP60Y0
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG82
Layout of a profile on XY on a profile on XZ
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
$2X-94.7I93.3Y-53.5J66.6K45.Q30.
N1
G17XYZ
N2
[Programme to arrange any profile on any other profile
N3
F1000S12000M3
N4
P50=0[cutter radius
N5
G711K31IP50X-90Y0
N6
L5[profile to layout on surface
N7
G710
N8
G721I2K31D0=2[I=distance between points
N9
G711K32
N10 L7[surface profile
N11 G710
N12 P1=0
N13 Z20R
N14 X36Y0R
N15 Z2R
N16 L=10
N17 P1=P1+1
N18 E1=E31KP1
N19 P10=E1
N20 E2=G13XP10Y0J-90
N21 E3=E2,E32
N22 P20=E3
N23 XP10YP11ZP21
N24 {P1<P99}L10
N25 M30
N26 L=7[ surface profile
N27 G41
N28 G13X-55J-90Z0
N29 G20X0Y-60I-60
N30 G13X55J-90
N31 G40
N32 G32
N33 L=5 [ plane profile
N34 G41
Programming Examples
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
G20X36Y0
G13X36J90
G21I10
G10X36Y20
G11X19Y40
G21
G13J180
G21I3
G13X6J-90
G20X0Y6I-6
G13J90
G21
G13Y40J180
G21I10
G10X-19Y40
G11X-36Y20
G21
G13J-90
G21I3
G20X-36Y0I-10
G21
G10X-36Y-20
G11X-19Y-40
G21
G13J0
G21
G10X19Y-40
G11X36Y-20
G21
G13J90
G20X36Y0
G40
G32
93
S3000 – S4000 SERIE CNC
PROG83
Union of two profiles by a 180° arch
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
94
$2X-90.5I97.3Y-59.7J60.3K45.Q50.
[
[Programme to unite two profiles (internal and
external) with a 180 degree arch
[
[Both profiles must be programmed clockwise
[The cutter must be spherical and zeroed
[at the sphere’s centre
[
P0=250 [number of divisions on profile =
number of cuts
P1=0 [spherical cutter radius, zeroed at radius
centre
[
G17
O1
T1 [spherical cutter, zeroed at centre
F200S2500M3
Z200R
G49IP1QP1
X-60Y0R [X-60Y0 positioning for convex X40Y0 for concave
Z30R
G711K32 [external profile
L1
G710
G711K33 [internal profile
L2
G710
P10=0 [point counter
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
L=10
L9 [point calculation
G751TRSXP5 TRSYP6 ROTZP24
ROTX90
L5 [machining
{P10>=P99}L11
L9 [point caluclation
G751TRSXP5 TRSYP6 ROTZP24
ROTX90
G754 [inversion
L5
G753
{P10<P99}L10
L=11
G750
Z200RM5
M30
L=9
P10=P10+1
G721K32JP0D0=2
E10=E32KP10
P20=E10 [P20=X P21=Y P22=angle
G721K33JP0D0=2
E20=E33KP10
P25=E20 [P25=X P26=Y P27=angle
E5=G10XP20YP21,G11XP25YP26
P24=E5,2 [angle of straight line
between two points
E11=G20XP20YP21I-40
E12=G20XP25YP26I40
Programming Examples
S3000 – S4000 SERIES CNC
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
N94
N95
N96
N97
N98
N99
N100
N101
N102
N103
N104
E13=E11,E12
E14=E11,E12K2
E15=G10E14,G11E13
E16=E5,E15
P5=E16 [P5=X P6=Y
P11=(SQR((P25-P20)*(P25-P20)+(P21P26)*(P21-P26)))/2 [radius
G32
L=1 [external profile
P60=-18
*1=G20X0Y0I-50
G41
G20X-50Y0Z0
L=70
*1
G21I-8
G51JP60
G20X-53Y0I10
G21
P60=P60-36
L70K9
G50
*1
G20X-50Y0
G40
G32
L=2 [internal profile
P61=-18
*2=G20X0Y0I-20
G41
G20X-20Y0Z0
L=71
*2
G21I2
G51JP61
G20X-16Y0I-6
G21
P61=P61-36
L71K9
G50
*2
G20X-20Y0
G40
G32
L=5 [180 degree arch machining
G41
G13X0Y0Z0J0
[I-P11 male IP11 female
G20X0Y0I-P11
G13X0Y0J0K2
G40
G32
Programming Examples
95
S3000 – S4000 SERIE CNC
PROG84
Union of two profiles by means of a third
profile
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N8
N9
N10
N11
N12
N13
N14
centre
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
96
$2X-114.I121.Y-74.7J75.3K45.Q50.
[
[Programme to unite two profiles together
(external and internal) by
[machining formed by a third profile
[Both profiles must be programmed
clockwise
[the cutter must be spherical and it must be
zeroed at the sphere’s centre
[
P0=250 [number of profile divisions =
number of cuts
P1=0 [spherical cutter radius, zeroed at
centre
[
G17
O1
T1 [spherical cutter zeroed at sphere
F200S2500M3
Z200R
G49IP1QP1
X-60Y0R [positioning
Z30R
G711K32 [External profile
L1
G710
G711K33 [Internal profile
L2
G710
P10=0 [point counter
N27
N28
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
L=10
L9 [point calculation
G751TRSXP5 TRSYP6 ROTZP24
ROTX90
L5 [Machining
{P10>=P99}L11
L9 [point calculation
G751TRSXP5 TRSYP6 ROTZP24
ROTX90
G754 [inversion
L5
G753
{P10<P99}L10
L=11
G750
Z200RM5
M30
L=9
P10=P10+1
G721K32JP0D0=2
E10=E32KP10
P20=E10 [P20=X P21=Y P22=angle
G721K33JP0D0=2
E20=E33KP10
P25=E20 [P25=X P26=Y P27=angle
E5=G10XP20YP21,G11XP25YP26
P24=E5,2 [straight line angle between two
points
E11=G20XP20YP21I-40
E12=G20XP25YP26I40
E13=E11,E12
Programming Examples
S3000 – S4000 SERIES CNC
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
N94
N95
N96
N97
N98
N99
N100
N101
N102
N103
N104
N105
N106
N107
N108
N109
E14=E11,E12K2
E15=G10E14,G11E13
E16=E5,E15
P5=E16 [P5=X P6=Y
P11=(SQR((P25-P20)*(P25-P20)+(P21P26)*(P21-P26)))/2 [RADIUS
G32
L=1 [external profile
P60=-18
*1=G20X0Y0I-50
G41
G20X-50Y0Z0
L=70
*1
G21I-8
G51JP60
G20X-53Y0I10
G21
P60=P60-36
L70K9
G50
*1
G20X-50Y0
G40
G32
L=2 [internal profile
P61=-18
*2=G20X0Y0I-20
G41
G20X-20Y0Z0
L=71
*2
G21I2
G51JP61
G20X-16Y0I-6
G21
P61=P61-36
L71K9
G50
*2
G20X-20Y0
G40
G32
L=5 [180 degree arch machining
G41
G13X0Y0Z0J0
G13X-P11J90
P58=((P11*2)/3)/2
P59=P11-P58
G20X-P59YP11I-P58
G20X0YP11IP58
G20XP59YP11I-P58
G13J-90
G13X0Y0J0K2
G40
G32
Programming Examples
97
S3000 – S4000 SERIE CNC
PROG85
N1
N2
N3
N4
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
N32
N33
98
Six cams
$2X-17.6I21.6Y-11.5J13.6K25.Q30.
[Programme that arranges a section profile on a profile
developed along a
[circumference (6 ups and downs)
[the cutter must be spherical and must be zeroed at the
sphere’s centre
[
P0=1 [angle between cuts
G17
O1
T1
F200S2500M3
Z200R
G49I4Q4
X20Y0R
G711K35
L1
G710
P5=0
P6=360/P0
P7=0
G721JP6K35
L=10
P5=P5+1
E1=E35KP5
P10=E1,2
G751 ROTX90 ROTYP7 TRSYP10
L2
P5=P5+1
P7=P7+P0
E1=E35KP5
P10=E1,2
G751 ROTX90 ROTYP7 TRSYP10
G754
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
L2
G753
P7=P7+P0
{P5<P99}L10
G750
Z200RM5
M30
L=1
G41
G20X0Y0
G20X0Y-5I-5
P1=(14.5*2*3.1415927)/6
P2=P1/2
P15=0
L=20
G51XP15
G11XP2Y3I5
G20
G11XP1Y-5I-5
G20
P15=P15+P1
L20K5
G20XP1Y0
G40
G32
L=2
G42
G20X12.6Y0Z0
G13J180
G20X10.1Y0
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG86
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
Three cams
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
$2X-149.I165.Y-105.J95.1K25.Q30.
[Programme that arranges a profile section along a
circumference
[
[the cutter must be spherical and must be zeroed at the
sphere’s centre
[
P0=360 [number of cuts
P8=P0-10
P1=(65*2*3.1415927) [circumference length
G17
O1
T1
F2000S2500M3
Z200R
G49I0Q0
X120Y0R
G711K35
L1
G710
P5=0
P6=360/P0
P7=0
P9=0
G721JP0K35
[
P5=P5+1
E1=E35KP5
P10=E1
[P9=360/(P1/P10)
L=10
Programming Examples
99
S3000 – S4000 SERIES CNC
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
100
G751 ROTX90 ROTYP9
L2
P5=P5+1
P7=P7+P6
E1=E35KP5
P10=E1
{P10=0}L50
P9=360/(P1/P10)
G751 ROTX90 ROTYP9
G754
L2
G753
P5=P5+1
P7=P7+P6
E1=E35KP5
P10=E1
P9=360/(P1/P10)
{P10<P1}L10
L=50
G750
Z200RM5
M30
L=1
P2=P1/3
P3=0
G41
G20X0Y0Z0
L=40
G51XP3
G13Y0J0
G21I40
G13X50Y0J20
G21I-50
G13Y25J0
G21I-5
G13XP2J-90
P3=P3+P2
L40K2
G50
G13Y0J0
G20XP1Y0
G40
G32
L=2
G42
G20X110Y-10Z0
G13J180
G13X95J90
G21I1
G13YP11J180
G21
G13X65J-90
G13Y-10J180
G20X50Y-10
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG87
Programme to create a vacuum cleaner
nozzle
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
$2X-248.I64.9Y-58.7J141.K45.Q30.
[Programme to create a nozzle for a
vacuum cleaner
[
P0=50 [number of divisions on a profile =
number of cuts
P1=8 [spherical cutter radius zeroed at
centre sphere
[
G17
O1
T1 [spherical cutter zeroed at centre sphere
F200S2500M3
Z200R
G49IP1QP1
X0Y0R
Z30R
G711K31 [profile A
L1
G710
G711K32 [profile B
L2
G710
G711K33 [profile C
L3
G710
[
P58=39.25 [inizial radius
P10=0 [point counter
P18=31
P2=P0
Programming Examples
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
L=10
L9 [point calculation
G751 TRSYP21 ROTX90
L5 [machining
{P10>=P99}L20
L9 [poiont calculation
G751 TRSYP21 ROTX90
G754 [inversion
L5
G753
{P10<P99}L10
L=20
X0Y30R
[
P10=0 [point counter
P18=32
P2=P0*2
P57=(50-14)/P2
L=11
L9 [point calculation
G751 TRSYP21 ROTX90
L5 [machining
{P10>=P99}L21
L9 [point calculation
G751 TRSYP21 ROTX90
P58=P58-P57
G754 [inversion
L5
G753
P58=P58-P57
101
S3000 – S4000 SERIES CNC
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
N94
N95
N96
N97
N98
N99
N100
N101
N102
N103
N104
N105
N106
N107
N108
N109
N110
N111
N112
N113
N114
102
{P10<P99}L11
L=21
X0Y30R
[
P10=0 [point counter
P18=33
P2=P0
L=12
L9 [point calculation
G751 TRSYP21 ROTX90
L5 [machining
{P10>=P99}L22
L9 [point calculation
G751 TRSYP21 ROTX90
G754 [inversion
L5
G753
{P10<P99}L12
L=22
X0Y30R
G750
Z200RM5
M30
L=9
P10=P10+1
G721KP18JP2D0=2
E10=EP18KP10
P20=E10
G32
L=1 [profile A
G41
G20X-39.25Y0Z0
G13J90
G20X-39.25Y67.374
G40
G32
L=2 [profile B
G41
G20X-39.25Y67.374Z0
E3=G13X-39.25Y0J90 ,G21I90,
G20X7Y185I-90
E3
G20X7Y185I-90
G20X-83Y185
G40
G32
L=3 [profile C
G41
G20X-83Y185Z0
G13J90
G20X-83Y250
G40
G32
L=5 [machining
G41
G13Y0J0 Z0
G13XP20J-90
N115
N116
N117
N118
N119
N120
N121
G21IP58
G13J0Y-P58
G21IP58
G13X-P20J90
G13Y0J0
G40
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG88
Small parametrical tubs repeated at angles
(CNC S3040GE/S3045/S3045P)
(CNC S4060D/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
[profile with different sections created parametrically
[and repeated 6 times with an angular rotation
$2X-300Y-200I300J200K45Q45
G17
O1
T1M6
F1000S2000M3
G49I0 [do not modify
L=15
[ P20, P21, P22, P23 = profile parameters
[P12,P32=profile joints
P12=12
P30=30
[P40=offset of straight lines
P40=0
[P10=tool radius
P10=10
P5=1
[P5=depth of cut
P6=P10
[P6=Z of straight line
P20=207
P21=140
P22=0
P23=0
L2[calulations
Z25R
L=10
X160Y0R
ZP6
E10=G13X0YP6J0
Programming Examples
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
E6=E10,E2K2
E7=E10,E1
L5
L1
{ P6 >= P18 } L10
L=11
ZP6
E10=G13X0YP6J0
E6=E10,E4
E7=E10,E1
L5
L1
{ P6 >= P19 } L11
L=12
ZP6
E10=G13X0YP6J0
E6=E10,E4
E7=E10,E3
L5
L1
{ P6 >= -36 } L12
Z30R
G51J60I
L15K5
M30
L=1
E20=G20X0Y0IP20
E21=G20X0Y0I-P21
E24=G13X0Y0J-30
E24=E24Q30
E26=E21,E24K2
103
S3000 – S4000 SERIES CNC
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
N94
N95
N96
N97
N98
N99
N100
N101
N102
N103
N104
N105
N106
N107
N108
N109
N110
104
P34=E26
E24=E24Q-7.5
E26=E20,E24K2
P32=E26
E23=G10XP34YP35,G11XP32YP33
E23=E23Q-P40
E22=G10XP32Y-P33,G11XP34Y-P35
E22=E22Q-P40
G41K2
E20
G21IP12
E22
G21IP30
E21
G21IP30
E23K2
G21IP12
E20
G40X160Y0K2
G32
L=2
E4=G13X140Y0J-85
E4=E4Q10
E5=G13X0Y0J0
E5=E5QP10
P11=P10+12
E2=E5,G21I-P11,E4
E3=G13X207Y0J60
E3=E3QP10
P15=P10+38.5
E1=E3,G21I-P15,E5
E16=E5,E4
P16=E16
E16=E3,E5
P17=E16
E18=E2,E4
P18=E18,2
E19=E3,E1
P19=E19,2
G32
L=5
P20=E7,1
P21=E6,1
P40=P16-P21
P12=P40+12
P30=P40+30
P6=P6-P5
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG89
Punch with operating field limitations
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
[punch with three spherical walls and one cylindrical wall
[obtained with operating field limitations
$2X-72.7I83.8Y-39.2J60.8K45.Q30.
G17
O1
T1M6
F5000S2000M3
G761Y-35
Z50R
X0Y-90R
G49I5Q5
G736I1 [I= increment of cuts
G42
G20X0Y-90
G13J0
G13X23.15J90
G20X0Y15.18I23.15
G13J-90
G13Y-90J0
G20X0Y-90
G40
G737
G42
G20X5Y0
G13J180
G20X-23.15Y0I23.15
G20X-23.15Y23.15
G40
G738
Z50R
M30
Programming Examples
105
S3000 – S4000 SERIES CNC
PROG90
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
106
Tube intersection
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
$2X-42.9I35.6Y-29.6J20.5K45.Q30.
[intersection of profiles with different sections to create
[a tube rack tool
G17
O1
T1M6
F1200S2000M3
G49I0Q0 [input desired spherical cutter radius
Z100R
X12Y0R
Z10R
G736I.5Q2
G42
G20X12Y0
G13J180
G20X-12.95Y0
G40
G737
G41
G20X-15.5Y0
G20X0Y0I15.5
G20X15.5Y0
G40
G738
Z10R
X-12.95Y0R
G736I.5Q2
G42
G20X-12.95Y0
G13J180
G20X-25Y0
Programming Examples
S3000 – S4000 SERIES CNC
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
G40
G737
G41
G20X-13Y0
G13X0Y0I13J-90
G13J-30
G13Y-13.2J0
G13X0Y0I13J30
G13J90
G20X13Y0
G40
G738
Z10R
X0Y-25.6R
G736I.5Q2
G42
G20Y-25.6X0
G13J90
G20Y-12X0
G40
G737
G41
G20X-9.5Y0
G20X0Y0I9.5
G20X9.5Y0
G40
G738
Z10R
X0Y14R
G736I.5Q2
G42
G20Y14X0
G13J90
G20Y45X0
G40
G737
G41
G20X-5Y0
G13J-87
G20X0Y20I25K2
G13X5Y0J87
G20
G40
G738
Z100R
M30
Programming Examples
107
S3000 – S4000 SERIES CNC
PROG91
Three-dimensional push-button
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
108
$2X-15.I16.3Y-12.J7.98K45.Q30.
[punch for a three-dimensional push-button
G17
O1
T1M6
F1000S2000M3
G49I0Q0 [input spherical cutter radius zeroed at centre
[skim the z0 plane and set at zero T1Z radius
[ES G49I5Q5 diam 10 spherical cutter: zero: T1Z5
Z100R
X0Y0R
Z10R
G736I.5
G42
P1=22.5/2 [semiside X
P2=P1-8 [circle centre
G20XP1Y0
G20XP2Y0I8
G13J180
G20X-P2Y0I8
G13J0
G20XP2Y0I8
G20XP1Y0
G40
G737
G41
G20X-8Y0
G20X-8Y-51I-51
G21I-2
G13X0Y-4.1J-75
G13J-90
N32
N33
N34
N35
N36
G20X0Y-4.6
G40
G738
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG92 Cogs
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
$2X-62.1I63.2Y-52.8J27.2K45.Q30.
[grooved surfaces to create 6 cogs around a cyilinder
G17
O1
T1M6
F1000S2000M3
G49I0Q0 [input desired cutter radius
L=1
Z100R
P1=84/2
P2=65/2
X0YP1R
Z20R
G726Z0I.3 [I=cut distance
G42
G20X0YP1
G20X0Y0IP1
G21I1
G13X-3J-90
G21
P3=P1-6
G20X0Y0I-P3
G21
G13X3J90
G21
G20X0Y0IP1
G20X0YP1
G40
G727Z-24
Programming Examples
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
G42
G20X0YP1
G20X0Y0IP1
G21I2
G13X-11.5J-90
G21
G20X0Y0I-P2
G21
G13X11.5J90
G21
G20X0Y0IP1
G20X0YP1
G40
G728
Z100R
G51J60I
L1K5
M30
109
S3000 – S4000 SERIES CNC
PROG93 Tub with different depths
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
110
$2X-57.8I67.4Y-52.7J27.3K-45.Q30.
[rectangular tub with two sections to obtain different
depths
G17
O1
T1M6
F2000S4000M13
G49I5J.5 [diam 10 toric cutter input radius 0.5
P1=35.19 [largest depth of piece
P2=0.1 [start point z quote
P10=0 [ P10=1 : roughing P10=0 : finishing
P11=1 [cut depth
L1
Z100R
M30
L=1
Z30R
X33.56Y0R
G736IP11X33.56Y0D0=P10D8=1
G41K2
G13X48.27J90 Q1
G13Y25.14J180 Q1
G13X-48.27J-90 Q2
G13Y-25.14J0 Q1
G13X48.27J90 Q1
G40K2X33.56Y0
G737 Q1
G41
G13X0YP2J0
G13X0Y0J270.5
G21I2.01
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
G13Y-P1J0
G40
G737 Q2 K1
G41
G13X0YP2J0
G13X0Y0J270.5
G13X4.93Y-17.09I2.01J-66
G21I2.01
G13X4.93Y-17.09I2.01J0
G13X69.43Y-33.18I2.01J-75
G21I2.01
G13Y-P1J0
G40
G738X33.56Y0J.8
Z30R
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG94 Hourglass
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
$2X-156.I158.Y-111.J89.9K45.Q30.
[revolution solid to create an hourglass
G17
O1
T1M6
F1000S1000M3
Z100R
X-160Y-40R
Z10R
G49I5 [diam. 10 spherical cutter radius zeroed at centre
P1=0
L=2
G751ROTXP1
L1
P1=P1+5
G751ROTXP1
G754
L1
G753
P1=P1+5
{P1<=180}L2
M30
L=1
X-160Y-40Z0
G41
G20X-156.5Y-52
G13J0
G10X-141.5Y-52
G11X-6.5Y-20
G13J0
Programming Examples
N31
N32
N33
N34
N35
N36
G10X6.5Y-20
G11X141.5Y-52
G13J0
G20X156.5Y-52
G40
G32
111
S3000 – S4000 SERIES CNC
PROG95
Parametric conical pocket
(CNC S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
$2X-157.I157.Y-104.J96.5K45.Q30.
N1
[parametric conical pocket
N2
[conical ( or cylindrical) pocket that is spherical
at the top and bottom
N3
G17
N4
O1
N5
T1M6
N6
F4000S12000M13
N7
[set in G49 : I=0 finishing with spherical cutter
N8
[ I=insert centre radius for finishing with toric
cutter
N9
[ I=cutter radius for roughing
N10 G49I0
N11 [P1=major semiside
N12 [P2=minor semiside
N13 [P3=pocket joint radius
N14 [P4=upper radius
N15 [P5=lower radius
N16 [P6=taper ratio >=0 0=cylindrical
N17 [P7=absolute value depth
N18 [P8=angular increment on upper radius
N19 [P9=cut depth along the cone
N20 [P10=angular increment on inferior radius
N21 [P11=maching allowance on walls
N22 [when roughing define
P11=finishing machining allowance
N23 [finishing with spherical cutter P11=spherical
cutter radius
N24 [finishing with toric cutter P11= insert radius
N25 [P51=x centre pocket
N26 [P52=y centre pocket
N27 [P53=pocket rotation angle
N28 [P54=x attachment point of circular pocket
112
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
[P55=y attachment point of circular
pocket
P1=110
P2=90
P3=30
P4=10
P5=15
P6=20
P7=30.5
P8=3
P9=.5
P10=5
P11=5
P51=0
P52=0
P53=0
P54=0
P55=50
G51XP51YP52JP53
XP54YP55R
Z2R
[start calculations for upper radius
[calculate angle in relation to taper
ratio'
P6=90-P6
[P16=number of repetitions rounded
off
P16=INT(P6/P8)+1
[recalculate angular increment
P18=P6/P16
P16=P16-1
[P20 P21 centre radius position in
relation to corner
Programming Examples
S3000 – S4000 SERIES CNC
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
N94
N95
N96
N97
N98
N99
N100
N101
N102
N103
N104
N105
N106
N107
N108
N109
N110
N111
N112
N113
N114
P20=P4*TAN(P6/2)
P21=-P4
P22=0
[P22= initial angle
[P14=radius plus machining allowance
P14=P4+P11
[repetitive cycle
L=99
P22=P22+P18
P30=P20-P14*SINP22
P31=P21+P14*COSP22
P40=P1+P30
P41=P2+P30
P42=P3+P30
ZP31
[recall contouring L1
L1
L99KP16
[start calculations for taper ratio'
[P22=length of conic section
P22=P7/SINP6-P4*TAN(P6/2)-P5*TAN(P6/2)
[P23=height of conic section
P23=P22*SINP6
[P16=number of repetitions rounded off
P16=INT(P23/P9)+1
[P19=recalculate depth of cut
P19=P23/P16
[P30=deviation in relation to taper ratio'
P30=(P22/P16)*COSP6
P16=P16-1
L=98
P31=P31-P19
P40=P40-P30
P41=P41-P30
P42=P42-P30
ZP31
G42K2
[recall contouring L1
L1
L98KP16
[start calculation for lower radius
[P16=n. of repititions
P16=INT(P6/P10)+1
[recalculate angular increment
P18=P6/P16
P16=P16-1
[P20 P21 position of lower centre radius
[in relation to upper corner
[P22=initial angle
P20=P7*TAN(90-P6)+P5*TAN(P6/2)
P21=P7-P5
P22=90-P6
[P14=lower radius – machining allowance
P14=P5-P11
[repetitive cycle
L=97
P22=P22+P18
Programming Examples
N115
N116
N117
N118
N119
N120
N121
N122
N123
N124
N125
N126
N127
N128
N129
N130
N131
N132
N133
N134
N135
N136
N137
N138
N139
N140
P30=P20-P14*COSP22
P31=P21+P14*SINP22
P40=P1-P30
P41=P2-P30
P42=P3-P30
Z-P31
[recall contouring L1
L1
L97KP16
Z100RM5
M30
L=1
[pocket contouring
(G21I-P42)
G42K2
G13YP41J0
*
G13XP40J-90
*
G13Y-P41J180
*
G13X-P40J90
*
G13YP41J0
G40XP54YP55K2
G32
113
S3000 – S4000 SERIES CNC
PROG96
Parametric conical punch
(CNC S3040/S3040GE/S3045/S3045P)
(CNC S4060D/S4040/S4040GE/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
114
$2X-157.I157.Y-82.5J118.K45.Q30.
[PARAMETRIC CONICAL PUNCH
[conical (or cylindrical) punch that is spherical at the
top and bottom
G17
O1
T1M6
F4000S12000M13
[set in G49: I=0 finishing with spherical cutter
[ I=insert centre radius for finishing with toric cutter
[ I=cutter radius for roughing
G49I0
[P1=major semiside
[P2=minor semiside
[P3=puch joint radius
[P4=lower radius
[P5=upper radius
[P6=taper ratio >=0 0=cylindrical
[P7=absolute value height
[P8=angular increment on lower radius
[P9=cut depth along the cone
[P10=angular increment on upper radius
[P11=machining allowance on wall
[when roughing define P11=machining allowance
for finishing
[finishing with spherical cutter P11=spherical cutter
radius
[finishing with toric cutter P11=insert radius
[P51=x punch centre
[P52=y punch centre
[P53=punch rotation angle
N29
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
[P54=x attachment point of circular
pocket
[P55=y attachment point of circular
pocket
P1=100
P2=90
P3=20
P4=10
P5=10
P6=15
P7=50.5
P8=5
P9=1
P10=5
P11=0
P51=0
P52=0
P53=0
P54=0
P55=120
G51XP51YP52JP53
XP54YP55R
Z2R
[start calculations for lower radius
[calculate angle in relation to the
taper ratio'
P6=90-P6
[P16=number of repetitions
rounded off
P16=INT(P6/P8)+1
[recalculate angular increment
Programming Examples
S3000 – S4000 SERIES CNC
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
N81
N82
N83
N84
N85
N86
N87
N88
N89
N90
N91
N92
N93
N94
N95
N96
N97
N98
N99
N100
N101
N102
N103
N104
N105
N106
N107
N108
N109
N110
N111
N112
P18=P6/P16
P16=P16-1
[P20 P21 radius centre position in relation to corner
P20=P4*TAN(P6/2)
P21=-P4
P22=0
[P22= initial angle
[P14=radius minus machining allowance
P14=P4-P11
[repetitive cycle
L=99
P22=P22+P18
P30=P20-P14*SINP22
P31=P21+P14*COSP22
P40=P1+P30
P41=P2+P30
P42=P3+P30
Z-P31
[recall contouring L1
L1
L99KP16
[start calculations for taper ratio'
[P22=conical section length
P22=P7/SINP6-P4*TAN(P6/2)-P5*TAN(P6/2)
[P23=conical section height
P23=P22*SINP6
[P16=number of repetitions rounded off
P16=INT(P23/P9)+1
[P19=recalculate cut depth
P19=P23/P16
[P30=deviation in relation to taper ratio'
P30=(P22/P16)*COSP6
P16=P16-1
L=98
P31=P31-P19
P40=P40-P30
P41=P41-P30
P42=P42-P30
Z-P31
G42K2
[recall contouring L1
L1
L98KP16
[start calculations for upper radius
[P16=n.of repetitions
P16=INT(P6/P10)+1
[recalculate angular increment
P18=P6/P16
P16=P16-1
[P20 P21 lower radius centre position
[in relation to upper corner
[P22=initial angle
P20=P7*TAN(90-P6)+P5*TAN(P6/2)
P21=P7-P5
P22=90-P6
[P14=lower radius + machining allowance
P14=P5+P11
Programming Examples
N113
N114
N115
N116
N117
N118
N119
N120
N121
N122
N123
N124
N125
N126
N127
N128
N129
N130
N131
N132
N133
N134
N135
N136
N137
N138
N139
N140
N141
[repetitive cycle
L=97
P22=P22+P18
P30=P20-P14*COSP22
P31=P21+P14*SINP22
P40=P1-P30
P41=P2-P30
P42=P3-P30
ZP31
[recall contouring L1
L1
L97KP16
Z100RM5
M30
L=1
[pocket contouring
(G21I-P42)
G41K2
G13YP41J0
*
G13XP40J-90
*
G13Y-P41J180
*
G13X-P40J90
*
G13YP41J0
G40XP54YP55K2
G32
115
S3000 – S4000 SERIES CNC
PROG97
Grooved between 2 specular profiles
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
116
$2X-203.I110.Y-69.8J130.K45.Q30.
[grooved surfaces achieved by uniting 2 specular profiles on Z
G17
O1
T1M6
F1200S2000M3
G49I2Q2 [diam 4 sperical cutter zeroed at radius centre
Z100R
X-100Y0R
Z10R
G726I2Z0
G41
G20X-100Y0
G20X-70Y0I-30
G20X0Y0I40
G20X70Y0I-30
G20X100Y0
G40
G727Z-150
G41
G20X-100Y0
G20X-70Y0I30
G20X0Y0I-40
G20X70Y0I30
G20X100Y0
G40
G728ROTX90
Z100R
M30
Programming Examples
S3000 – S4000 SERIES CNC
PROG98
Parametric conical punch on a
circumference
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
$2X-394.I389.Y-242.J258.K45.Q30.
[repetition of parametrical punch on a circumference
G17
O1
T1M6
F1000S1000M3
P50=0
[X circumference centre
P51=0
[Y circumference centre
P52=12
[number of figures
P53=300 [circumference radius
P54=10
[initial angle
P55=1
[P55=1 figure rotates P55=0 figure does not rotate
G797XP50YP51D1=P52D2=P53D3=P54D5=P55
{P99=5}L3 [SKIP FIGURE N. 5
{P99=8}L3 [SKIP FIGURE N. 8
[
L2 [recall machining
L=3
G780
M30
L=2
L10 [ subprogram to initialise parameters
P0=P0/2 [ transform diameter into cutter radius
P1=P1/2 [ halve X axis dimensions
P2=P2/2 [ halve Y axis dimensions
P20=P1+P0+TANP7*P6+2 [ X quote for initial positioning
Z100R
XP20Y0R [ initial positioning
P21=P5+2 [ safety quote
Programming Examples
117
S3000 – S4000 SERIES CNC
N30
N31
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
118
ZP21R
P22=INT(P6/P8+0.999) [ calculates number of cuts
P8=P6/P22 [ if necessary reduces cut increment
P22=P22-1 [ subtracts a cut in that the first
[
is carried out previous to the recall
P23=P8*TANP7 [ calculates shifting as a result of the taper ratio
L=1
P5=P5-P8 [ descent on Z
ZP5
P0=P0+P23 [ adds shifting to correct radius in relation to
[
the taper ratio
[
[ Profile definition
G49IP0
G41K2
G13XP1J270
G21I-P3
G13Y-P2J180
G21
G13X-P1J90
G21
G13YP2J0
G21
G13XP1J270
G40K2XP20Y0
[
[
Profile end
L1KP22
Z100R
G32
L=10
[
[ initialise punch parameters
[
P0=10 [ cutter diameter
P1=100 [x side
P2=70 [ y side
P3=15 [ joint radius
P4=0 [ angle of single figure
P5=0 [ initial Z quote
P6=30 [ total depth quote
P7=15 [ taper ratio
P8=2 [ increment on Z
G32
Programming Examples
S3000 – S4000 SERIES CNC
PROG99
Parametric conical punch on a grid
(CNC S3045/S3045P)
(CNC S4060D/S4045/S4045P)
N1
N2
N3
N4
N5
N6
N7
N8
N9
N10
N11
N12
N13
N14
N15
N16
N17
N18
N19
N20
N21
N22
N23
N24
N25
N26
N27
N28
N29
N30
N31
$2X-338.I445.Y-80.1J420.K45.Q30.
[repetition of a parametric punch on a linear grid
G17
O1
T1M6
F1000S1000M3
[
[
[ initialise grid parameters
P9=0 [X quote for first figure
P10=0 [Y quote for first figure
P11=4 [ number of figures on X axis
P12=150 [ pitch along X axis
P13=0 [ angle on X axis
P14=4 [ number of figures on Y axis
P15=120 [ pitch along Y axis
P16=90 [ angle on Y axis
[
[
G787XP9YP10D1=P11D2=P12D3=P13D4=P14D5=P15D6=P16D7=P4
{P99=7}L3 [skip figure N. 7
{P99=11}L3 [skip figure N. 11
{P99=13}L3 [skip figure N. 13
L2
L=3
G780
M30
L=2
L10 [ subprogram to initialise parameters
P0=P0/2 [ transform diameter into cutter radius
P1=P1/2 [ halve X axis dimensions
Programming Examples
119
S3000 – S4000 SERIES CNC
N32
N33
N34
N35
N36
N37
N38
N39
N40
N41
N42
N43
N44
N45
N46
N47
N48
N49
N50
N51
N52
N53
N54
N55
N56
N57
N58
N59
N60
N61
N62
N63
N64
N65
N66
N67
N68
N69
N70
N71
N72
N73
N74
N75
N76
N77
N78
N79
N80
120
P2=P2/2 [halve X axis dimensions
P20=P1+P0+TANP7*P6+2 [X quote for initial positioning
Z100R
XP20Y0R [ initial positioning
P21=P5+2 [ safety quote
ZP21R
P22=INT(P6/P8+0.999) [ calculates number of cuts
P8=P6/P22 [ if necessary reduces cut increment
P22=P22-1 [ subtracts a cut in that the first
[
is carried out prior to the recall
P23=P8*TANP7 [ calculates shifting for the taper ratio
L=1
P5=P5-P8 [ descent on Z
ZP5
P0=P0+P23 [ adds shifting to the correct radius in relation to
[
the taper ratio
[
[ Profile definition
G49IP0
G41K2
G13XP1J270
G21I-P3
G13Y-P2J180
G21
G13X-P1J90
G21
G13YP2J0
G21
G13XP1J270
G40K2XP20Y0
[
[
Profile end
L1KP22
Z100R
G32
L=10
[
[ initialise punch parameters
[
P0=10 [ cutter diameter
P1=100 [ x side
P2=70 [ y side
P3=15 [ joint radius
P4=0 [ single figure angle
P5=0 [ initial Z quote
P6=30 [ total depth quote
P7=15 [ taper ratio
P8=2 [ increment on Z
G32
Programming Examples