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Last modified by writer on 2023/02/20 15:24
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1 == Postprocessors for plasma and oxy-fuel cutting ==
2
3 Dear PUMOTIX users!
4
5 This section is dedicated to post processors for our CNC system.
6
7 We can provide a Vericut project for complex postprocessors (4- and 5-axis) which will recreate a machine for checking the NC program: from the point of view of kinematics; for collisions; correctness of coordinate output for checking for cuts and undercuts.
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9 This option is not included in the postprocessor development and must be ordered separately.
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11 {{info}}
12 A custom postprocessor development service is available for you for various CAM systems and machine types from the PUMOTIX software developer PUMOTIX
13 {{/info}}
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15 {{success}}
16 Please use the feedback form in the [[Contacts>>http://pumotix.com/#contacts]] section of the PUMOTIX official website for custom development.
17 {{/success}}
18
19 === SheetCam TNG ===
20
21 **[[Download SheetCam postprocessor>>attach:Pumotix THC.scpost.zip]]**
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23 SheetCam postprocessor for plasma and oxy-fuel cutting. It can be used both with the active and inactive [[options "Ignore Z-movements and feeds from the control unit">>doc:Руководство пользователя.Модуль плазменной резки.Способы управления осью Z и подачей.WebHome]].
24
25 **[[Download SheetCam pipe cutting postprocessor>>attach:Pumotix rotary THC.scpost.zip]]**
26
27 SheetCam postprocessor for plasma cutting of round pipes.
28 To set the pipe diameter in SheetCam, in the Operations window, select the menu item "Set Post Variable", in the window that opens, set Variable name: diameter, Value: for example, 108 mm. Click OK.
29 In the list of operations, setting the postprocessor variable should be before the plasma cutting operation.
30 Depending on the configuration of the machine, one of the XY scan axes “wraps around” the rotary axis and the corresponding symbol (A, B or C) is displayed for the given axis in the generated G-Code. This is customized by editing the first few lines of the post processor.
31
32 **[[Download SheetCam rotary pipe cutting postprocessor>>attach:Pumotix rotary pipe cutting.scpost]]**
33
34 SheetCam TNG postprocessor for Rotary Plasma plugin. Данный плагин приобретается отдельно и позволяет производить резку труб прямоугольной и иной сложной формы. После установки плагина необходимо заменить файл rotaryhelper.lua, расположенный в каталоге:
35 C:\Program Files (x86)\SheetCam TNG\plugins\RotaryPlasma
36
37 === Pronest ===
38
39 **[[Download Pronest postprocessor>>attach:Pumotix THC.cff.zip]]**
40
41 Pronest postprocessor for use with the active [[option "Ignore Z-movements and feeds from the G-Code">>doc:Руководство пользователя.Модуль плазменной резки.Способы управления осью Z и подачей.WebHome]].
42
43 **[[Download Pronest postprocessor with input data>>attach:Pumotix THC basic.cff.zip]]**
44
45 Pronest postprocessor for use with the inactive [[option "Ignore Z-movements and feeds from the G-Code">>doc:Руководство пользователя.Модуль плазменной резки.Способы управления осью Z и подачей.WebHome]]. In this case, the ignition height, cutting height and safe height are requested by the postprocessor when forming the G-Code.
46
47 **[[Download Post Processor for Pronest with Plasma Engraving Support>>attach:Pumotix THC Graver.zip]]**
48
49 ProNest postprocessor with [[plasma engraving support>>doc:.Инструкция по настройке гравировки плазмой для ProNest.WebHome]]. This postprocessor allows you to upload a trajectory with plasma engraving.
50
51 === PractiCAM ===
52
53 **[[Download PractiCAM postprocessor>>attach:PUMOTIX.pmx]]**
54 PractiCAM postprocessor for plasma cutting.
55
56 == Postprocessors for milling ==
57
58 === ArtCAM ===
59
60 **[[Download ArtCAM postprocessor>>attach:ARTCAM_TO_PUMOTIX.con.zip]]**
61 Postprocessor for ArtCAM with tool change support.
62
63 === DeskProto ===
64
65 **[[Download DeskProto postprocessor>>attach:DeskProto_post.zip]]**
66 Postprocessor for 3 axis milling.
67
68 === FreeCAD ===
69
70 **[[Download FreeCAD postprocessor>>attach:PUMOTIX_post.py]]**
71 Postprocessor for 3 axis milling.
72
73 === SolidCAM ===
74
75 **[[Download SolidCAM postprocessor>>attach:SolidCAM_milling_3axis.zip]]**
76 SolidCAM postprocessor for milling three-axis machining.
77
78 == Postprocessors on request ==
79
80 === ArtCAM ===
81
82 Postprocessor for 4 axis milling (axis XYZA – scan X).
83 Postprocessor for 4 axis milling (axis XYZA – scan Y).
84
85 === Dolphin ===
86
87 Postprocessor for 3 axis milling.
88
89 === Fusion360 ===
90
91 Postprocessors for 3 axis milling.
92 Postprocessors for 3 axis plasma cutting.
93
94 === InventorCam (developed by SolidCAM) ===
95
96 Postprocessors for 3 axis milling.
97 Postprocessors for 4 axis milling.
98
99 === PowerMill ===
100
101 Postprocessors for 3 axis milling.
102 Postprocessors for 4 axis milling.
103 Postprocessors for 5 axis milling.
104
105 === Powerstation ===
106
107 Postprocessor for 3 axis milling.
108
109 === Rhinocam ===
110
111 Postprocessor for 3 axis milling.
112
113 === SIEMENS NX / Solid Edge CAM Pro ===
114
115 Postprocessor for 3 axis milling.
116
117 === SolidWorks (SolidCam) ===
118
119 Postprocessors for 4 axis milling.
120
121 === Vectric Aspire ===
122
123 Postprocessor for 3 axis milling.
124 Postprocessor for 4 axis milling (axis XYZA – scan X).
125 Postprocessor for 4 axis milling (axis XYZA – scan Y).
126
127 === Inventor HSM/HSMWorks ===
128
129 Postprocessor for 3 axis milling.