CAMplete software helps you to simulate your CAM process and identify common machine-related problems. Choose TruePath for multi-axis CNC milling machines or TurnMill for Nakamura-Tome multi-tasking machines.
CAMplete software helps you to simulate your CAM process and identify common machine-related problems. Choose TruePath for multi-axis CNC milling machines or TurnMill for Nakamura-Tome multi-tasking machines.
TruePath and TurnMill common features
Import data files from different CAM software products before simulating, verifying and exporting safe G-code.
CAMplete uses models supplied by the machine manufacturer, resulting in highly accurate verification.
Quickly identify potential crashes, near-misses, overtravel and setup errors to help avoid downtime and costly repairs.
Check the motion of individual linear and rotary machine axes to highlight problems that could affect part quality.
Modify key machine parameters for each G-code file before export to make better use of your CNC hardware.
Validate the full CNC machining process, including cutting motion, connection moves and tool changes.
TruePath features
Output high-quality G-code using proven post-processors developed in partnership with machine tool builders.
Control how the rotary axes behave on your machine to avoid unexpected or hazardous movements.
Safely run proven programs on alternate machines, even those with different kinematics or controllers.
Make changes to post-processor files to adjust your G-code output and run your CNC machines the way you need.
Compare edited G-code files against your original machining NC projects to identify costly mistakes early.
Compare the intended CAD model against virtual stock to spot differences and avoid costly mistakes.
TurnMill features
Simulation, verification and post-processing specifically developed for Nakamura-Tome machines.
Synchronise the motion of turrets, main and sub-spindles, live tooling and part transfers on multi-tasking machines.
Analyse multi-tasking operations and subroutines to improve efficiency and reduce overall machining cycle times.
Modify entire operations and reassign tooling to different machining positions to shorten development times.