Fusion 360 Laser Post Processor
Budget: $250 – $750 USD
I need a custom Fusion 360 post-processor (.cps) that will output clean, controller-ready G-code for my Multicam / Vytek CNC laser. The post must recognise both cutting and engraving operations in the same setup, assign the proper laser on/off commands, and respect any feed or power values I enter in Fusion so I can fine-tune them per operation without hand-editing code afterward.
The machine already understands standard G- and M-codes, so the focus is on producing syntax it will run fault-free—no extra converters or proprietary formats. I’m not requesting special optimisation routines at this stage; reliability and clear mapping of Fusion features to laser behaviour are what matter.
Deliverables:
• A fully tested .cps post file and its editable source
• A short read-me that shows where to install it in Fusion 360 and explains how cutting versus engraving is detected
• One small sample program demonstrating both functions so I can run a live check on the table
The machine already understands standard G- and M-codes, so the focus is on producing syntax it will run fault-free—no extra converters or proprietary formats. I’m not requesting special optimisation routines at this stage; reliability and clear mapping of Fusion features to laser behaviour are what matter.
Deliverables:
• A fully tested .cps post file and its editable source
• A short read-me that shows where to install it in Fusion 360 and explains how cutting versus engraving is detected
• One small sample program demonstrating both functions so I can run a live check on the table
Related categories:
C Programming
CAD/CAM
C# Programming
Software Architecture
C++ Programming
Fusion 360
CNC
G-code