Okuma M-codes: Okuma auxiliary functions

Okuma/OSP auxiliary functions for machine, clamping, cooling, tailstock or automation.

For reference only: syntax changes with the control, the post-processor and the machine parameters. Check the official manual and run a simulation before cutting. Legal notice.

Family: Okuma manufacturer
Machine: Milling, Turning, Mill-turn
Risk: High
Example: M-code Okuma según OSP/manual

Okuma M-codes

Okuma manufacturer

Okuma auxiliary functions

E.g.:

M-code Okuma según OSP/manual

Machine: Milling, Turning, Mill-turnRisk: HighManufacturer: Okuma

ISO común · Fanuc

ISO común: Okuma OSP may interpret codes differently than Fanuc; confirm in manual.
Fanuc: Do not convert Okuma M-codes to Fanuc due to numerical similarity.

Other codes in Okuma manufacturer

Okuma M10-M27 Axis clamps and barriers Okuma M50-M54 Coolant per tool and return cycle Okuma M55/M56 Tailstock retract/advance Okuma M58/M59 Low/high clamping pressure Okuma M83/M84 Chuck clamp/unclamp Okuma M201-M220 Okuma M-code macros Okuma G15 H Okuma offset selection Okuma G71/G73/G75-G78 Okuma lathe cycles Okuma M73-M75 Threading patterns Okuma M152/M153/M168/M169 Powered tool and C axis Okuma M191/M192 Powered tool orientation Okuma M211-M214 Keyway cutting

See the full list of G and M codes

Frequently Asked Questions (FAQ)

What does Okuma M-codes mean in a CNC program?

Okuma/OSP auxiliary functions for machine, clamping, cooling, tailstock or automation. In the catalogue it appears as "Okuma auxiliary functions", within the Okuma manufacturer family.

Can you give me an example of Okuma M-codes?

M-code Okuma según OSP/manual — Okuma/OSP auxiliary functions for machine, clamping, cooling, tailstock or automation.

Which other codes is Okuma M-codes combined with?

In practice Okuma M-codes appears alongside these codes: M03/M04/M05, M08/M09, M19. It is worth reading them together, because the state one leaves behind conditions what the next one does.

Which machines use Okuma M-codes?

Okuma M-codes is used in: Milling, Turning, Mill-turn.

What should you watch out for with Okuma M-codes?

High risk: a mistake here can cause a crash, a broken tool or an out-of-tolerance part. Simulate the program and dry-run it before cutting.

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