Most scrap isn’t a crash—it’s a valid program making an out-of-spec part. Compare real ISO simulation to CAD models to catch shifted offsets offline
Roboris
Why wrong plane selection causes arcs to cut into parts and canned cycles to plunge off-axis. Verify modal G17/G18/G19 plane state on a digital twin.
Why safe Z heights set below clamps or raised features cause rapid collisions between operations. Verify real ISO rapids over actual fixtures on a twin
Standardize program verification across plants with automated, on-premises batch simulation. Eliminate bottlenecks and ensure no G-code runs unverified
Static checks miss parametric logic errors. Execute Macro B variables, IF/WHILE loops, and family-of-parts math on a digital twin to catch crashes off-line.
How G90/G91 modal errors, lathe U/W mix-ups, and subprogram mode shifts cause wild moves and crashes. Verify real ISO reference frames on a digital twin
Cut cycle time, extend tool life and save energy by re-modulating feedrates based on real tool engagement. Optimize G-code programs offline
Eureka Cloud turns every PC on your network into a simulation agent, so a whole shift’s worth of NC programs is verified overnight, in parallel — cleared or flagged before they reach the machine. And despite the name, it runs on your own servers: a private cloud, so your NC programs, geometry and IP never leave your network. Highly customizable, it integrates with your CRM, MES or other apps through APIs and scripting, and can automate post-processing, simulation, and feedrate optimization end to end. Request a demo
Feedrate optimization isn’t a lab trick. Across real production — hardened-steel molds, aluminum castings, precision components, large gantry work and continuous 5-axis parts like impellers — Eureka Chronos has cut cycle time by roughly 6–26% while holding surface quality and dimensional accuracy, with tool wear reduced or unchanged. And it needs no material or tool libraries to do it. Request a demo.
On paper the DVF 5000 Gen 2 gives you a big envelope and full 5-face access. In real setups it’s tighter: at tilt the reach shrinks, the fixture and trunnion interfere, the tool setter gets in the way, and the table sits off-center from the spindle. That gap between brochure envelope and usable envelope is where setups crash.