Okuma MU-8000V Laser EX

$2,500,000 – $3,500,000 Updated 2026-03-17

Key Specifications

Max Workpiece Diameter

1,900 mm (74.8 in)

Max Workpiece Height

1,582 mm (62.3 in)

Max Table Load

3,000 kg

X / Y / Z Travel

1,630 / 1,260 / 1,000 mm

Milling Spindle Speed

20 – 12,000 rpm

Milling Spindle Motor

22 / 26 kW (30 / 35 HP)

Overview

The Okuma MU-8000V Laser EX is a groundbreaking hybrid multi-tasking machining center that integrates 5-axis CNC milling with high-power laser metal deposition (LMD) additive manufacturing in a single platform. This unique combination allows operators to build up near-net-shape features with the laser head and immediately machine them to final precision dimensions without moving the workpiece.

Designed for large, complex workpieces up to 1,900 mm in diameter, the MU-8000V Laser EX excels at repair, refurbishment, and net-shape feature addition on high-value components such as turbine blades, aerospace structural parts, and industrial tooling. The ability to add material and remove it in the same setup eliminates the handling, repositioning, and re-qualification errors that plague conventional repair workflows.

The laser deposition head is fully integrated into the machine's automatic tool changer, allowing seamless transitions between additive deposition and precision 5-axis milling. The high-power fiber laser deposits metal powder layer by layer under an inert gas shield, producing near-wrought material properties compatible with aerospace and medical material specifications.

Okuma's OSP-P300S control manages both the CNC machining and the laser deposition parameters, with Collision Avoidance System protection active during all operations. This is a key enabling technology for aerospace MRO, defense, and energy sectors where conventional replacement of large, expensive components is cost-prohibitive.

Full Specifications

Parameter	Value
Max Workpiece Diameter	1,900 mm (74.8 in)
Max Workpiece Height	1,582 mm (62.3 in)
Max Table Load	3,000 kg
X / Y / Z Travel	1,630 / 1,260 / 1,000 mm
Milling Spindle Speed	20 – 12,000 rpm
Milling Spindle Motor	22 / 26 kW (30 / 35 HP)
Laser Type	Fiber laser (LMD — Laser Metal Deposition)
Laser Power	Up to 2 kW
Deposition Rate	Up to 330 cm³/hr (material dependent)
A-Axis Range	–30° to +120°
C-Axis	360° continuous
Tool Magazine Capacity	40 tools
CNC Control	Okuma OSP-P300S
Machine Weight	Approx. 40,000 kg (88,200 lb)
Travels Xyz	925 x 870 x 600
Table Size	Ø800
Max Work Size	Ø1,000 x H550
Spindle Speed Max	min⁻¹
Spindle Power	kW
Okuma Global Repair Center	Charlotte, North Carolina
Inches	Metric
Spindle Speed	50 to 8,000
Spindle Motor Power	11/7.5
Magazine Capacity	32

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

Strengths & Limitations

Strengths

Hybrid additive/subtractive capability enables repair, refurbishment, and feature addition on a single machine
Large 1,900 mm diameter capacity handles turbine discs, aerospace frames, and industrial tooling
Laser deposition head integrates into the ATC for seamless transition between additive and milling operations
Near-wrought material properties from LMD meet aerospace and defense material standards
Collision Avoidance System protects during complex 5-axis programs involving laser and milling operations

Limitations

Extremely high capital investment limits access to large aerospace OEMs and well-funded MRO operations
Laser metal deposition requires inert gas infrastructure, powder handling, and specialized operator training
Post-deposition heat treatment may be required for some materials, adding process complexity

Best For

Aerospace MRO operations repairing and refurbishing expensive turbine blades, discs, and structural components Defense contractors producing and repairing large, complex near-net-shape components Power generation companies restoring worn turbine and compressor hardware to serviceable condition Research institutions and advanced manufacturing centers developing next-generation hybrid AM/SM processes

Frequently Asked Questions

01 What is Laser Metal Deposition (LMD) and how does it work on the MU-8000V?

LMD is a directed energy deposition (DED) additive process where a high-power fiber laser melts metallic powder as it is fed through a nozzle, building up material layer by layer. On the MU-8000V, the LMD head is stored in the ATC and called like any other tool, allowing additive deposition and precision 5-axis machining in the same program without removing the workpiece.

02 What materials can the MU-8000V Laser EX deposit?

The MU-8000V Laser EX can deposit a range of metallic powders including titanium alloys (Ti-6Al-4V), nickel superalloys (Inconel 625, 718), stainless steels, tool steels, and cobalt-chrome alloys, covering the most demanding aerospace and energy repair applications.

03 Can the MU-8000V Laser EX be used purely as a 5-axis machining center without the laser?

Yes. The laser deposition head is simply one of many tools in the ATC. The machine functions as a full 5-axis machining center and can be used exclusively for subtractive operations when additive capability is not needed.

04 What is the maximum workpiece diameter the MU-8000V can handle?

The MU-8000V Laser EX accommodates workpieces up to 1,900 mm (74.8 in) in diameter and 1,582 mm (62.3 in) in height, making it one of the largest hybrid additive machining platforms available.

05 Does the MU-8000V require special facility infrastructure for the laser system?

Yes. The laser deposition system requires an inert gas supply (typically argon) for the deposition shield, metallic powder handling and storage equipment, safety enclosures meeting laser Class 4 standards, and specialized ventilation for metal powder fumes. Full site planning with Okuma's applications team is essential.