G-code verification
Tools for 5-axis simulation and verification help you know how your machine will behave before you run a single line of G-code.
– Detect collisions, near-misses, over-travel, and setup errors.
– Protect your machines, workpieces, fixturing, and workforce.
– Use alongside your CAM software to optimize machine motion.
– Reduce the time taken to install new machines.

Which CAMplete is right for you?
Simulating the 5-axis machining of a complex fan component inside CAMplete TruePath

CAMplete TruePath
Customizable post-processors to import CL data from CAM software and convert into safe and efficient NC-code for 5-axis machines.

Simulation on a Nakamura-Tome multi-tasking machine in CAMplete TurnMill

CAMplete TurnMill
Specialized post-processing and verification software for Nakamura-Tome multi-tasking machines with synchronization and time-based optimization.

Post-process, simulate, and optimize CNC machining code
CAMplete software helps you 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
– PowerMill CAM software interface showing a dedicated plug-in to help export data into CAMplete TruePath

– Works with CAM software
Import data files from different CAM software products before simulating, verifying, and exporting safe G-code.
– Simulating the 5-axis machining of a manifold inside CAMplete TruePath

– Reliable G-code verification
CAMplete uses models supplied by the machine manufacturer, resulting in highly accurate verification.
CAMplete TruePath interface simulating a machining program and highlighting a machine collision in red

– Detect collisions and overtravel
Quickly identify potential crashes, near-misses, overtravel, and setup errors to help avoid downtime and costly repairs.
– CAMplete TruePath interface showing a graphical representation of the motion of the linear and rotary axes of a CNC machine

– Analyze machine motion
– Check the motion of individual linear and rotary machine axes to highlight problems that could affect part quality.
– CAMplete TruePath interface with editable options to control the output when post-processing NC code

– Optimize G-code files
– Modify key machine parameters for each G-code file before export to make better use of your CNC hardware.
– CAMplete TruePath user interface showing the simulation of cutting moves and non-cutting connections in a 5-axis machining program

– Visualize machine interpolation
– Validate the full CNC machining process, including cutting motion, connection moves, and tool changes.

TruePath features
– CAMplete TruePath user interface showing a post-processed NC code file with color coded blocks of commands

– Proven post-processors
– Output high-quality G-code using proven post-processors developed in partnership with machine tool builders.
– CAMplete TruePath user interface showing rotary and tilt axis control options

– Advanced rotary controls
– Control how the rotary axes behave on your machine to avoid unexpected or hazardous movements.
– CAMplete TruePath user interface showing the selection of a CNC machine from a list of different machines

– Change CNC machine
– Safely run proven programs on alternate machines, even those with different kinematics or controllers.

– Editable post-processors
– Make changes to post-processor files to adjust your G-code output and run your CNC machines the way you need.

– G-code comparison
– Compare edited G-code files against your original machining NC projects to identify costly mistakes early.

– Stock comparison
– Compare the intended CAD model against virtual stock to spot differences and avoid costly mistakes.

TurnMill features
– CAMplete TurnMill user interface showing the simulation of a Nakamura-Tome multi-tasking machine tool

– Multi-tasking machines
– Simulation, verification, and post-processing specifically developed for Nakamura-Tome machines.
– CAMplete TurnMill user interface showing the simulation of machining operations on the upper and lower turrets of a Nakamura-Tome CNC machine

– Machine synchronization
– Synchronize the motion of turrets, main and sub-spindles, live tooling, and part transfers on multi-tasking machines.
– CAMplete TurnMill user interface showing a timeline representation of machining operations working on the upper and lower turrets of a CNC machine

– Time-based optimization
– Analyze multi-tasking operations and subroutines to improve efficiency and reduce overall machining cycle times.

– Flexible process development
– Modify entire operations and reassign tooling to different machining positions to shorten development times.