The same hours on every new part
Transfer, cut-off, eject and bar feed get rebuilt or copied by hand for each job. One wrong line and the sub spindle finds the bar the hard way.
Every new part costs programming hours and spindle time before the first good part comes off. RAZ-Generator cuts both.
Transfer, cut-off, eject and bar feed get rebuilt or copied by hand for each job. One wrong line and the sub spindle finds the bar the hard way.
Changing a part length or a stickout means scrolling through hundreds of lines on the control and hoping nothing else moved.
First parts run at 10% rapid with a hand on feed hold, because nobody fully trusts the transfer yet.
RAZ-Generator takes care of everything a lathe job needs around the cutting, so your programmer only works on what makes this part different.
Every spindle and turret in step, from the first facing pass to a finished part in the basket.
Transfer, cut-off and eject that have already run in production. Reused on every job, never rewritten from scratch.
Unsafe moves and turrets out of step are flagged in the office, before anything is loaded at the machine.
Tools, stickouts and a first-part sign-off page, printed and ready for the operator.
Enter the part stickout and the work offsets are set for you. A wrong value stops the cycle with a clear message.
Runs on one shop PC, fully offline. Your part programs never leave the building.
I've spent countless hours programming lathes, as a prototype programmer, a manufacturing engineer and a CNC programmer. Whatever the part, one thing always took the most time: transfers, pickups and part-off.
I kept looking for software that could write a clean transfer with a reliable part-off. Nothing I tried got it right, so every new transfer meant stress before the first cycle start.
Since I started building RAZ-Generator, the transfers in my programs look exactly the way they should, every time. Now the same tool can do that for your shop.
Screenshots only go so far. The best way to judge RAZ-Generator is a live demo on one of your own parts.
Every routine was proven at the spindle before it went into the generator.
Tell us your machine and the parts you run. We'll set up a live demo.