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Posts are provided
'as is' with no warranties, either expressed or implied, that code
generated through use of the posts is safe or suitable for your machine
tool. Please employ your own established code verification
procedures prior to running code on your machine tool. Posts
are generic and are intended for modification to the machine tool
requirements, operator preference, and established internal
standards. In short, use at your own risk.
Mplmaster - Master G-Code Post - Mastercam X2
Based on CNC Software's master lathe post -
Mplfan - this post has additional features.
eMastercam.com is operated by In-House
Solutions Inc. - Authorized Canadian Distributor.
Please do not email post requests or support questions. For
post requests or support contact your local
reseller.
Download X2 (Full X2 Version with Machine Def / Control
Def integration)
Click
here to download Mplmaster for X2. It's our master
configurable lathe post. The download also contains 2 sample part transfers and related notes.
The Z2G file extension
indicates a Zip2Go file created by X2. You can associate
these files with WinZip. Ensure that you preserve the
directory structure when extracting. This file contains the
post, the Control Definition, and a generic Machine Definition.
Email feedback to our
Post
Department.
Updated April 22, 2008
Special Features
X coolant support
X comment support
Compatible with machine def changes for machine
configurations
Y-axis
C-axis and required output type
File header tool table
Sets work offset style in post, not in Misc Values
G12.1, G07.1 output format
G12.1 paths don't need to start at C0, approach
with X and C then z
Cross mill from top or front plane
Part transfer with spindle synch
Spindle synch roughed in
Indexing mode setup
Lathe and Mill drill cycles setup, longhand output
for drill and peck (No G81/G82)
Enhanced tapping
Type 1 and Type 2 G71 roughing support
Feed G code at toolchange
End Constant Surface Speed paths with RPM output
Mill/Drill feed in Unit/Rev support
Canned threading options
thdang = rad2deg$ *
thdangle$ #lead-in angle
thdang = rad2deg$ *
thda1$
#half of the thread angle
thdang = rad2deg$ *
thda2$
#thread angle (full included angle)
Forced R output for arcs in G07.1
Clamp and Brake code output with
overrides
G28/G30 home select
Addressed - cross cutting operation with rotary
axis turned on, post output matches backplot
Addressed - full arc moves on face with rotary axis
turned on
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