Mill-turn and multitasking machines promise complete parts off a single setup — but only if they’re programmed to actually do it. Coordinating turning, milling, sub-spindle handoffs, and live tooling across multiple channels is some of the hardest programming on the floor, and a great mill programmer isn’t automatically a great mill-turn programmer. Mill-turn programming on demand brings that specific skill in when you need it.

What mill-turn programming has to coordinate

• Multi-channel synchronization — upper and lower turrets, main and sub-spindle working together without collision.
• Sub-spindle pickoff and back-working for complete parts off one machine.
• Live tooling — cross-drilling, milling, and threading integrated into the cycle.
• Turning + milling combined in a single, balanced program.
• Cycle-time balancing so no channel sits idle waiting.

Complete parts, programmed to run first time

The payoff of a multitasking machine is fewer setups and complete parts — but the programming complexity is why so many of these machines run far below their potential. We program to your specific machine (Mazak Integrex, Okuma Multus, DMG MORI NTX, Nakamura, and others) and output through your post, synchronizing channels so the machine does what you bought it to do: finish parts in one go, efficiently and without crashes.

When to bring in mill-turn support

• You bought a mill-turn machine and aren’t using its full capability.
• A complex multi-channel part exceeds your in-house experience.
• Your mill-turn programmer is out and the machine is idle.
• You want a multitasking job balanced for cycle time.

Frequently asked questions

Which mill-turn machines do you program?

Integrex, Okuma Multus, DMG MORI NTX, Nakamura, and others. Tell us your machine and control and we’ll match the program to it.

Can you handle sub-spindle handoffs?

Yes — pickoff, back-working, and channel synchronization for complete parts off one machine are core to mill-turn programming.