Okuma GENOS M560-V 5AX

$350,000 - $520,000 Updated 2026-03-17

Key Specifications

Travel (X/Y/Z)

560 / 430 / 460 mm

Table Diameter

500 mm

Max Workpiece Diameter

500 mm

Max Workpiece Height

400 mm

Max Table Load

300 kg

A-Axis Tilt Range

-30° / +120°

Overview

The Okuma GENOS M560-V 5AX is a 5-axis simultaneous vertical machining center from Okuma's GENOS series — the brand's value-oriented line that delivers core Okuma engineering and control intelligence at a more accessible price point than the premium MU and Millac series. The machine features a 500 mm diameter trunnion-style rotary-tilting table (A/C axes) mounted within a 3-axis vertical column structure, providing full 5-axis simultaneous capability for complex aerospace, medical, and mold machining applications.

The main spindle runs at up to 15,000 rpm with 18.5 kW of power, suitable for aluminum alloy machining as well as stainless steel and titanium cutting at appropriate feeds and speeds. The A-axis tilts from -30° to +120° while the C-axis provides full 360° rotation, giving operators access to virtually any angle on a workpiece without repositioning. The 500 mm table accepts workpieces up to 500 mm in diameter and 400 mm in height with a 300 kg table load.

Running on Okuma's OSP-P300MA control, the GENOS M560-V 5AX benefits from Okuma's full suite of intelligence features including the Collision Avoidance System for 3D interference checking of all moving components, Thermo-Friendly Concept for long-run dimensional stability, and Machining Navi for real-time chatter detection and spindle speed recommendations. The conversational OSP programming environment is particularly valued by operators moving to 5-axis machining for the first time, as it reduces the CAM dependency required by some competing platforms.

The GENOS M560-V 5AX is positioned as an entry point into Okuma's 5-axis portfolio, competing with offerings from Mazak (VARIAXIS J-600/5X), DMG Mori (DMU 50), and Haas (UMC-500). Its combination of Okuma's control intelligence, Thermo-Friendly construction, and competitive pricing makes it appealing to job shops and medical or aerospace subcontractors who want full 5-axis capability with the assurance of Okuma's established reliability and support network.

Full Specifications

Parameter	Value
Travel (X/Y/Z)	560 / 430 / 460 mm
Table Diameter	500 mm
Max Workpiece Diameter	500 mm
Max Workpiece Height	400 mm
Max Table Load	300 kg
A-Axis Tilt Range	-30° / +120°
C-Axis Rotation	360°
Spindle Speed	15,000 rpm
Spindle Power	18.5 kW
Spindle Taper	HSK-A63
Tool Magazine (Standard)	32 tools
Rapid Traverse (X/Y/Z)	36 / 36 / 30 m/min
Control	Okuma OSP-P300MA
Okuma Global Repair Center	Charlotte, North Carolina

Specifications sourced from okuma.com — verified 2026-03-28

Strengths & Limitations

Strengths

Full Okuma OSP-P300MA control with Collision Avoidance System protects expensive setups and complex workpieces as standard
Thermo-Friendly Concept construction maintains consistent 5-axis accuracy over long production runs and temperature variations
Machining Navi chatter suppression improves surface finish and tool life on difficult alloys without operator intervention
A-axis tilt to +120° provides superior undercut access compared to many competitors limited to +90° or +110°
GENOS series pricing delivers core Okuma 5-axis capability at a lower entry cost than premium MU or Millac series machines

Limitations

300 kg table load limits use with heavier workpieces common in oil and gas or large aerospace structural components
32-tool magazine is adequate but smaller than some competitors offering 40+ tools as standard in this class
The GENOS positioning means fewer heavy-duty automation integration options compared to the premium MU-5000V

Best For

Medical device manufacturers machining titanium and CoCr implants, surgical instruments, and complex implant geometries Aerospace subcontractors producing aluminum and titanium structural brackets, housings, and engine components Job shops transitioning to 5-axis machining who want Okuma's proven OSP control and support ecosystem Mold and die shops requiring 5-axis simultaneous contouring for complex cavity and electrode geometry

Frequently Asked Questions

01 What is the difference between the GENOS M560-V 5AX and the Okuma MU-5000V?

The MU-5000V is Okuma's premium 5-axis vertical machining center with higher rigidity, heavier table load capacity, and broader automation integration options. The GENOS M560-V 5AX is positioned as a more accessible entry point in Okuma's 5-axis lineup, offering the same OSP control and Thermo-Friendly architecture at a lower price point for shops that do not need the MU series' heavier-duty capabilities.

02 Does the GENOS M560-V 5AX support simultaneous 5-axis cutting?

Yes. The machine performs full simultaneous 5-axis interpolation across X, Y, Z, A, and C axes. It is not limited to 3+2 positioning, and the OSP-P300MA control supports NURBS interpolation for smooth 5-axis contouring paths from CAM systems.

03 What is the Collision Avoidance System on the OSP-P300MA?

Okuma's CAS builds a 3D virtual model of the machine, tooling, fixture, and workpiece and checks the entire programmed path in real time for interference before executing moves. If a collision is detected, the control stops and alerts the operator before any physical contact occurs, protecting expensive tooling, fixtures, and workpieces.

04 What spindle taper does the GENOS M560-V 5AX use?

The standard spindle uses an HSK-A63 taper, which provides excellent runout characteristics and high clamping force for precision 5-axis work. HSK-A63 is the most common taper in this class of 5-axis machining centers, ensuring broad toolholder availability.

05 How does the GENOS M560-V 5AX compete with the Mazak VARIAXIS J-600/5X?

Both machines target the same market segment at similar price points. The Mazak offers a larger 600 mm table and 500 kg load capacity, while the Okuma brings the differentiated OSP control with CAS, Machining Navi, and Thermo-Friendly Concept as standard features. The choice typically comes down to control preference, brand relationships, and existing tooling standards.