Roboris

Single-block on a multitasking machine is defusing a bomb with the timer running. Step through the real G-code off-machine on a digital twin — watch where a variable actually drives the tool, follow subprogram flow across channels — and find the bug at a desk. Eureka G-Code runs and edits the true G-code on a twin of your machine. Request a demo on a twin of your machine.

CAM simulation checks the toolpath it generated. The machine runs the posted G-code — with constructor cycles, macros, variables, subprograms and probing the CAM never modeled. On multi-channel and sliding-headstock machines, that gap is where the crash lives. Eureka G-Code simulates the true G-code on a digital twin of your machine. Request a demo on a twin of your machine.

A Swiss-type lathe flips the geometry, packs the tool zone, and lets one tool do many jobs — so the mistakes that scrap parts and crash gang tools are ones a conventional-lathe programmer has never had to think about.

On a multi-channel turn-mill, each channel’s program can be flawless and the machine still crashes — because the collision lives in the timing between channels, not in any one line. Eureka G-Code simulates the real ISO of every channel, synchronization commands included, on a digital twin of your machine, so wait-code mistakes surface before the turrets meet. Request a demo on a twin of your machine.