How to Use Post Processor Heidenhain 530 Per Solidcam
Post processors are software tools that convert the toolpaths generated by CAD/CAM software into machine-specific code that can be executed by CNC machines. Post processors are essential for ensuring the compatibility and efficiency of different CNC machines and CAD/CAM software.
One of the post processors available for Solidcam, a popular CAD/CAM software for CNC machining, is the Heidenhain 530 post processor. This post processor is designed to work with CNC machines that use the Heidenhain 530 control system, which is a high-performance and versatile system for milling, turning, drilling and tapping operations.
Post Processor Heidenhain 530 Per Solidcam
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The Heidenhain 530 post processor per Solidcam has several advantages, such as:
It supports multiple coordinate systems and work offsets
It supports high-speed machining and trochoidal milling
It supports tool length compensation and radius compensation
It supports subprograms and macros
It supports canned cycles and drilling cycles
It supports 3+2 axis and 5-axis simultaneous machining
It supports advanced features such as TCPM, TNCremo and KinematicsOpt
To use the Heidenhain 530 post processor per Solidcam, you need to follow these steps:
Create your part model and toolpaths in Solidcam
Select the Heidenhain 530 post processor from the list of available post processors in Solidcam
Edit the machine parameters and post options according to your specific machine configuration and preferences
Generate the NC code by clicking on the Post button in Solidcam
Save the NC code file with the extension .H or .ISO
Transfer the NC code file to your CNC machine using a USB drive or a network connection
Load the NC code file on your CNC machine and run it after checking for errors and safety issues
The Heidenhain 530 post processor per Solidcam is a powerful and flexible tool that can help you optimize your CNC machining process. You can download it from CAMWorks Post Processor Library[^1^] or MecSoft Corporation[^2^]. You can also customize it using the Post Processor Generator product available in both the free and commercial versions of Solidcam.
In this section, we will show you an example of NC code generated by the Heidenhain 530 post processor per Solidcam for a simple 3-axis milling operation. The part model and toolpaths are shown in the image below:
The NC code generated by the post processor is as follows:
%MPF 1234
%TC 1
%TC 2
%TC 3
%TC 4
%TC 5
%TC 6
%TC 7
%TC 8
%TC 9
%TC 10
%TC END
BEGIN PGM 1234 MM
BLK FORM 0.1 Z X-50 Y-50 Z-20
BLK FORM 0.2 X+50 Y+50 Z+0
T1 D1 M6 ; Select tool 1 and measure length
L M3 S1000 ; Start spindle clockwise at 1000 rpm
L X-40 Y0 R0 FMAX M99 ; Rapid move to start position
L Z5 R0 FMAX M99 ; Rapid move to clearance plane
L Z-5 F1000 ; Feed down to cutting depth
CC X0 Y0 ; Define center of circle
CP IPA+90 DR+ F2000 ; Cut arc clockwise from start angle +90 degrees
CP IPA+180 DR+ F2000 ; Cut arc clockwise from start angle +180 degrees
CP IPA+270 DR+ F2000 ; Cut arc clockwise from start angle +270 degrees
CP IPA+360 DR+ F2000 ; Cut arc clockwise from start angle +360 degrees
L Z5 R0 FMAX M99 ; Rapid move to clearance plane
L X40 Y0 R0 FMAX M99 ; Rapid move to start position
L Z-5 F1000 ; Feed down to cutting depth
CC X0 Y0 ; Define center of circle
CP IPA-90 DR- F2000 ; Cut arc counterclockwise from start angle -90 degrees
CP IPA-180 DR- F2000 ; Cut arc counterclockwise from start angle -180 degrees
CP IPA-270 DR- F2000 ; Cut arc counterclockwise from start angle -270 degrees
CP IPA-360 DR- F2000 ; Cut arc counterclockwise from start angle -360 degrees
L Z5 R0 FMAX M99 ; Rapid move to clearance plane
L X0 Y40 R0 FMAX M99 ; Rapid move to start position
L Z-5 F1000 ; Feed down to cutting depth
CC X0 Y0 ; Define center of circle
CP IPA+90 DR+ F2000 ; Cut arc clockwise from start angle +90 degrees
CP IPA+180 DR+ F2000 ; Cut arc clockwise from start angle +180 degrees
CP IPA+270 DR+ F2000 ; Cut arc clockwise from start angle +270 degrees
CP IPA+360 DR+ F2000 ; Cut arc clockwise from start angle +360 degrees
L Z5 R0 FMAX M99 ; Rapid move to clearance plane
L X-40 Y40 R0 FMAX M99 ; Rapid move to start position
L Z-5 F1000 ; Feed down to cutting depth
CC X-40 Y40 ; Define center of circle
CR +10 PA+90 F2000 ; Cut circle radius +10 mm from start angle +90 degrees
CR +10 PA+180 F2000 ; Cut circle radius +10 mm from start angle +180 degrees
CR +10 PA+270 F2000 ; Cut circle radius +10 mm from start angle +270 degrees
CR +10 PA+360 F2000 ; Cut circle radius +10 mm from start angle +360 degrees
L Z5 R0 FMAX M99 ; Rapid move to clearance plane
L X40 Y40 R0 FMAX M99 ; Rapid move to start position
L Z-5 F1000 ; Feed down to cutting depth
CC X40 Y40 ; Define center of circle
CR -10 PA-90 F2000 ; Cut circle radius -10 mm from start angle -90 degrees
CR -10 PA-180 F2000 ; Cut circle radius -10 mm from start angle -180 degrees
CR -10 PA-270 F2000 ; Cut circle radius -10 mm from start angle -270 degrees
CR -10 PA-360 F2000 ; Cut circle 29c81ba772