Used Okuma MCR-A5CII 20×30 CNC Gantry Mill for Sale

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Product Highlight

Used OKUMA MCR-A5CII 20×30 is a Japanese-brand CNC double column machining center suitable for large-part milling, drilling, boring, and 5-sided machining. Featuring BT50 tooling, a 50-tool magazine, and a 90° angular head, it offers a practical alternative to purchasing new equipment. 

Product Description

Used OKUMA MCR-A5CII 20×30 features BT50 tooling, a 50-tool magazine, a 90° angular milling head, and 5-sided machining capability.

Three used OKUMA MCR-A5CII machining centers are available, with different specifications and optional configurations.

Technical Specifications

Parameter	Specification
Brand	OKUMA
Model	MCR-A5CII
Machine Condition	Used / Pre-Owned
Brand Origin	Japan
Machine Type	CNC Double Column Machining Center
Machine Configuration	20×30
Machining Capability	5-Sided Machining with Angular Head
Table Working Surface	1,500 × 3,000 mm*
X-Axis Travel	3,200 mm*
Y-Axis Travel	2,600 mm*
Z-Axis Travel	800 mm
W-Axis Crossrail Travel	800 mm
Distance Between Columns	2,150 mm*
Maximum Table Load	12,000 kg
Vertical Spindle Speed	Up to 6,000 RPM**
90° Angular Head Speed	Up to 3,000 RPM**
Spindle Taper	BT50
Tool Magazine Capacity	50 Tools
CNC Controller	OKUMA OSP-P300MA
Angular Milling Head	90° Head
Guideway System	Rigid Guideway System
Through-Spindle Coolant	Equipped on 2 Units
Units Without Through-Spindle Coolant	2 Units
Quantity Available	4 Units
Price	Available Upon Request

Technical Notes:

Table dimensions, X/Y travels, and distance between columns are manufacturer reference specifications for the 20×30 configuration and must be confirmed against the individual machines.

Spindle and angular head speeds are based on seller-provided information. Actual installed configurations and operating performance are subject to verification.

All specifications are provided for reference and should be confirmed before purchase.

Applications & Industries

Used OKUMA MCR-A5CII CNC double column machining center is designed for milling, drilling, boring, and multi-face machining of large metal workpieces. Its double-column construction and 90° angular milling head make it a practical choice for manufacturers looking to process large or complex components while reducing repeated workpiece setups.

Large Mold and Die Manufacturing

Suitable for machining large mold bases, die components, stamping tools, and industrial tooling that require substantial machining capacity.

Heavy Machinery Manufacturing

Applicable to the machining of machine bases, equipment frames, structural components, and other large mechanical parts.

Automotive Tooling and Components

Used for producing automotive stamping dies, manufacturing fixtures, large tooling components, and related industrial equipment parts.

Energy and Industrial Equipment

Suitable for machining large housings, support structures, and mechanical components used in industrial and energy-related applications.

Multi-Face CNC Machining

With its vertical spindle and 90° angular milling head, the MCR-A5CII supports 5-sided machining applications, allowing manufacturers to process multiple surfaces with fewer workpiece repositioning operations.

For manufacturers seeking a used Japanese CNC gantry machining center, this OKUMA MCR-A5CII offers a practical option for expanding large-part machining capacity without the investment required for comparable new equipment.

FAQ

What is the OKUMA MCR-A5CII 20×30 used for?

The OKUMA MCR-A5CII 20×30 is a CNC double column machining center designed for machining large metal components. Common applications include mold and die manufacturing, heavy machinery parts, industrial equipment frames, and large precision-machined workpieces. Its 90° angular milling head also supports multi-face machining applications.

Can this used OKUMA MCR-A5CII perform 5-sided machining?

Yes. The MCR-A5CII supports 5-sided machining using its vertical spindle and 90° angular milling head. This allows operators to machine multiple surfaces of a workpiece with fewer setups. The angular head configuration and operating condition should be confirmed for the specific machine being purchased.