Fusion with CAMplete simulates your CAM process and identifies common machine-related problems. Choose TruePath for multi-axis computer numerical control (CNC) milling machines or TurnMill for Nakamura-Tome multi-tasking machines.
Import data files from different CAM products before simulating, verifying and exporting safe G-code
CAMplete uses models supplied by the machine manufacturer, resulting in highly accurate verification
Identify crashes, near-misses, overtravel and setup errors to avoid downtime and costly repairs
Check the motion of linear and rotary machine axes to identify problems that could affect part quality
Modify key machine parameters for each G-code file before export to make better use of CNC hardware
Validate the full CNC machining process, such as cutting motion, connection moves, and tool changes
Work with CAM software
Import data files from different CAM products before simulating, verifying and exporting safe G-code. Seamlessly transfer your Fusion, PowerMill or FeatureCAM data into CAMplete.
Get reliable G-code verification
CAMplete software uses accurate 3D models that the machine manufacturer supplies. This accuracy increases the level of precision possible during simulation and verification, resulting in greater confidence in the quality and safety of your NC machining code.
Detect collisions and overtravel
Simulate your machining process to quickly identify common problems and help avoid downtime and costly repairs. CAMplete software can detect potential machine crashes, near-misses, setup errors and machine overtravel using a digital twin of your CNC machine.
Analyse machine motion
Powerful tools help analyse the motion of the individual linear and rotary axes of your machine, allowing you to highlight problems that might negatively affect part quality, surface finish or overall machining cycle times.
Optimise G-code files
Customisable post processors allow you to configure the format of exported NC machining code. Use an intuitive interface and workflow to insert editable blocks of code that make the most of the capabilities and limitations of your machine and NC controller.
Visualise machine interpolation
CAMplete software simulates and analyses all types of machine motion. Validate cutting moves, non-cutting connection moves, tool changes, axis reconfigurations and more. Achieve greater confidence in the quality and safety of your machining programs.
Proven post processors
CAMplete software uses accurate post processors, developed by Autodesk and the machine manufacturer. These post processors have been field tested, helping you shorten the time needed to become productive with your CNC machines.
Advanced rotary controls
Advanced options allow you to precisely control how the rotary axes of your CNC machine will behave in different scenarios, helping you avoid unexpected or hazardous motion.
Change CNC machine
CAMplete software simplifies the process of moving a tried-and-tested machining operation from one machine to another, even for cases in which the two machines have different axis configurations or use a different type of NC controller.
Editable post processors
CAMplete post processors are editable, meaning you can quickly adjust the format of the exported G-code to suit your needs and make the best use of your specific machine and NC controller.
G-code comparison
Comparison tools help check one version of an NC machine file against another. Quickly identify revisions, either made manually or as a side effect of an update to your post processor, to improve the management of your shop-floor machining data.
Stock comparison
Compare a virtual representation of your in-process stock against the intended 3D CAD model to quickly identify problems such as collisions and remaining stock. Avoid costly mistakes and production delays.
Multi-tasking machines
CAMplete TurnMill provides specialist tools to help with machine simulation, verification and post processing for the range of multi-tasking machines provided by Nakamura-Tome.
Machine synchronisation
TurnMill includes advanced capabilities to help synchronise the motion of multi-tasking machines. Simplify the synchronisation of turrets, main and sub-spindles, live tooling and part transfers for safe and efficient part production.
Time-based optimisation
Use a timeline view of your multi-tasking machine operations and subroutines. This view helps identify and remove inefficiencies and waste to shorten machining cycle times and increase productivity.
Flexible process development
Modify entire operations and reassign tooling to different machining positions to shorten development times.
