CAMplete TruePath software offers more than just serving as a Mastercam Post processor. TruePath’s software suite also includes verification and simulation tools dedicated to 5-axis machining centers. The versatile and flexible software package offers the end user everything needed to analyze, verify and simulate multi-axis tool paths in an integrated environment.
MasterCAM is the flagship product of CNC Software Incorporated. Starting as a 2D CAM system it has since moved and grown into the most widely used CAD/CAM Software package in the world. CAMplete has a long standing relationship with Mastercam and has been integrated with the CAM system for a number of years.
MasterCAM’s rise to becoming the most widely used CAD/CAM software can be attributed to the overall quality of the software itself. Through their partnership with CAMplete, MasterCAM users save even more time and money, increasing efficiency across the board.
TruePath for MasterCAM helps users with everything they need to get the job done. Collision checking and material removal simulation gives users an accurate representation of what will happen on their machine, taking the guess work out of the process. With TruePath you can ensure the safety of every line of G-code you run, easily create and edit unlimited custom G-Code formats and apply them to any project.
Along with MasterCAM 5-axis machines, CAMplete also offers TruePath Turnmill, a software solution dedicated to Nakamura-Tome turn/mill multi-tasking machines. CAMplete TruePath TurnMill can process Mastercam NCI files and produce optimized G-Code without any special add-ins.
What makes CAMplete’s relationship with Mastercam so effective is the easy and reliable plugin. With this plug-in, users can export the Geometry files and Tooling Database along with the CL data all with just a single click.
Mastercam and TruePath are the perfect pairing. With Mastercam you can generate really cool motions, TruePath makes sure they work in the real world. – Chad Chmura, Applications Engineer at CNC Software