USED OKUMA MCV-A2 – 2007

The OKUMA MCV-A2 is a heavy-duty double-column machining center designed for manufacturers that require exceptional rigidity, large work envelopes, and reliable precision when machining medium to large-sized components. Manufactured by Okuma Corporation, one of Japan’s most respected CNC machine tool builders, the MCV-A2 was engineered to provide the strength of a bridge-type machine with the accuracy and productivity needed for modern manufacturing environments. The machine is widely recognized for its robust construction, powerful spindle performance, and ability to handle demanding machining applications across multiple industries.

The MCV-A2 features a rigid double-column structure that minimizes vibration and thermal distortion during machining operations. This design provides superior stability when cutting large steel, cast iron, aluminum, and alloy components. Unlike conventional vertical machining centers, the bridge-style architecture distributes cutting forces more evenly throughout the machine structure, resulting in improved accuracy, longer tool life, and better surface finishes. The machine was developed to perform both heavy roughing operations and precision finishing work while maintaining excellent dimensional consistency.

One of the major advantages of the OKUMA MCV-A2 is its substantial machining capacity. With large X-axis travels, wide column spacing, and generous table dimensions, the machine can process oversized workpieces in a single setup. This capability reduces setup times, improves productivity, and minimizes alignment errors that can occur when repositioning large components. The machine is particularly valuable for mold and die manufacturing, heavy equipment production, energy sector components, aerospace tooling, and large industrial machinery parts.

The MCV-A2 is commonly equipped with a BT50 spindle, high-capacity automatic tool changer, and Okuma’s OSP control system. These features allow operators to perform complex machining operations efficiently while maintaining high productivity levels. The machine’s quill-type spindle design also improves accessibility to deep features and complex geometries.

Industries requiring large-part machining frequently rely on the MCV-A2 because of its durability and long-term reliability. Many machines from this generation continue operating productively after years of service, contributing to strong demand in the used CNC marketplace. Manufacturers seeking large-format machining capability without the expense of a new double-column machine often find the 2007 OKUMA MCV-A2 to be an excellent investment.

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OKUMA MCV-A2 – AXIS

Specification	Details
Number of Axes	3
Machine Configuration	Double Column Machining Center
Axis Drive System	Precision Servo Driven
Guideway Type	Box Guideways
Structure Type	Bridge / Gantry Construction

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OKUMA MCV-A2 – AXIS TRAVELS / WORK ENVELOPE

Specification	Details
X-Axis Travel	4,000 mm (157″)
Y-Axis Travel	2,000 mm (78″)
Z-Axis Travel	1,150 mm (45″)
Width Between Columns	2,050 mm (80″)
Maximum Machining Envelope	4,000 x 2,000 x 1,150 mm

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OKUMA MCV-A2 – CAPACITY / TABLE

Specification	Details
Table Length	4,100 mm (162″)
Table Width	1,500 mm (60″)
Maximum Table Load	6,000 kg (13,200 lbs)
Table Type	Heavy-Duty T-Slot Table
Workpiece Capacity	Large Industrial Components

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OKUMA MCV-A2 – SPINDLE

Specification	Details
Spindle Speed	6,000 RPM
Spindle Taper	BT50
Spindle Motor	22 kW / 30 HP
Spindle Type	Direct Drive / Gearless
Quill Diameter	210 mm

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OKUMA MCV-A2 – TOOL CHANGER

Specification	Details
Tool Capacity	72 Tools
Tool Changer Type	Automatic
Maximum Tool Diameter	125 mm
Maximum Tool Length	400 mm
Maximum Tool Weight	20 kg

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OKUMA MCV-A2 – CONTROL SYSTEM

Specification	Details
CNC Control	Okuma OSP-P200M
Programming	Conversational & G-Code
Ethernet Capability	Available
USB Interface	Available
DNC Operation	Supported

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OKUMA MCV-A2 – COOLANT / DUST / WATER MANAGEMENT

Specification	Details
Coolant System	Flood Coolant
Through-Spindle Coolant	Optional
Chip Removal	Automatic Chip Conveyor
Coolant Capacity	Approx. 600 Liters
Enclosure	Full Splash Guard

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OKUMA MCV-A2 – POWER REQUIREMENTS

Specification	Details
Voltage	220V / 380V / 440V
Phase	3 Phase
Frequency	50/60 Hz
Connected Load	Approx. 70 kVA

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OKUMA MCV-A2 – DIMENSIONS

Specification	Details
Length	Approx. 12,900 mm
Width	Approx. 5,300 mm
Height	Approx. 4,600 mm
Machine Weight	Approx. 39,000 kg (86,000 lbs)

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OKUMA MCV-A2 – GENERAL INFORMATION

Specification	Details
Manufacturer	Okuma
Model	MCV-A2
Year	2007
Machine Type	Double Column Machining Center
Country of Manufacture	Japan
Primary Function	Large-Part Precision Machining

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INDUSTRIES THAT USE OKUMA MCV-A2

The OKUMA MCV-A2 is widely utilized in industries that require machining of large, heavy, and highly precise components. One of the largest user groups is the mold and die industry, where manufacturers use the machine for large injection molds, die-casting molds, compression molds, and tooling structures. The machine’s rigidity and expansive work envelope make it ideal for machining large mold bases and precision tooling components.

Heavy equipment manufacturers rely on the MCV-A2 for machining machine frames, transmission housings, structural assemblies, and fabricated weldments. Energy sector companies utilize the machine for turbine casings, pump housings, compressor components, valve bodies, and power generation equipment.

Aerospace manufacturers employ the machine for tooling fixtures, composite molds, assembly structures, and large aerospace support components. Transportation companies use the MCV-A2 for railway structures, marine parts, and industrial vehicle components.

Additional industries include oil and gas, defense, industrial machinery manufacturing, contract machining, automation equipment production, and general engineering. The machine’s ability to combine heavy-duty cutting performance with precision machining capabilities makes it highly versatile across multiple sectors.

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TYPICAL PARTS OKUMA MCV-A2 CAN PRODUCE

The OKUMA MCV-A2 is capable of producing a broad range of large precision-machined components. Mold and die applications include mold bases, injection molds, die-casting molds, stamping dies, and tooling fixtures. The machine’s large table size allows oversized tooling to be machined efficiently in a single setup.

Energy sector applications include turbine housings, compressor casings, valve bodies, pump components, and power generation equipment. Heavy equipment manufacturers frequently machine machine frames, transmission housings, structural assemblies, and fabricated industrial components.

Aerospace manufacturers use the machine for composite molds, assembly fixtures, tooling structures, support frames, and prototype components. Transportation applications include railway parts, marine structures, and heavy vehicle assemblies.

Additional products include robotic platforms, automation structures, industrial machine bases, defense equipment, precision fixtures, and custom-engineered fabrication projects. The machine’s combination of travel capacity, spindle power, and rigidity makes it suitable for virtually any large-scale machining application.

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WHY CHOOSE OKUMA MCV-A2

The OKUMA MCV-A2 offers manufacturers a combination of strength, accuracy, and reliability that few machines in its class can match. One of its biggest advantages is the rigid double-column design, which provides exceptional stability during machining operations. This structural rigidity reduces vibration, improves surface finish quality, and extends tool life.

The machine’s large work envelope enables manufacturers to process oversized components in a single setup, reducing handling time and improving dimensional accuracy. This capability is particularly valuable in mold and die manufacturing, energy production, and heavy equipment applications where large parts are common.

The powerful BT50 spindle allows aggressive roughing operations while maintaining the precision needed for finishing work. Combined with a large-capacity tool changer, the machine supports efficient production workflows and reduced downtime.

Okuma machines are also highly respected for their durability and long-term reliability. Many MCV-A2 machines continue to operate successfully after years of production use, demonstrating the strength of their engineering and construction. Industry users frequently praise Okuma machines for longevity, serviceability, and overall machine quality.

For companies seeking a dependable double-column machining center capable of handling large workpieces with excellent accuracy and productivity, the OKUMA MCV-A2 remains a proven solution.

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WHY BUY USED OKUMA MCV-A2

Purchasing a used OKUMA MCV-A2 provides manufacturers with access to large-scale double-column machining capability at a significantly lower cost than purchasing a comparable new machine. Modern bridge mills and gantry machining centers often require substantial capital investment, making quality used equipment an attractive alternative.

One of the primary benefits is cost savings. Buyers can acquire a machine with extensive travels, heavy-duty construction, and proven performance for a fraction of the price of a new double-column machining center. This allows manufacturers to expand production capacity while preserving capital for tooling, automation, or additional equipment.

The MCV-A2 is known for its durability and long service life. Properly maintained machines can continue operating productively for many years, providing excellent return on investment. Okuma’s reputation for long-term support and machine reliability further enhances the machine’s value in the used market.

Many used machines include valuable options such as probing systems, chip conveyors, through-spindle coolant, tooling packages, and rotary tables. Purchasing these features as part of a used machine package can generate substantial additional savings.

Immediate availability is another important advantage. New double-column machines often involve lengthy lead times, whereas used machines can frequently be installed and operational much more quickly. This allows manufacturers to respond rapidly to new business opportunities and production demands.

For companies seeking large-format machining capabilities with proven performance and excellent value, a used OKUMA MCV-A2 remains a highly attractive investment.

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HOW MUCH DOES A USED OKUMA MCV-A2 COST?

The value of a used OKUMA MCV-A2 depends on several factors including machine condition, maintenance history, spindle hours, installed options, tooling packages, and overall configuration. Because the MCV-A2 is a large double-column machining center, pricing is heavily influenced by machine size, capabilities, and available accessories.

Machines with documented maintenance records, lower operating hours, and excellent mechanical condition generally command higher prices. Buyers typically evaluate spindle performance, axis accuracy, control functionality, and overall machine reliability before determining value.

Installed options can significantly affect market pricing. Features such as high-capacity tool changers, probing systems, through-spindle coolant, rotary tables, advanced software packages, and tooling packages often increase machine value substantially. Machines equipped with extensive accessories frequently provide greater overall value to buyers.

Demand from mold manufacturers, energy companies, heavy equipment producers, aerospace suppliers, and contract machining operations helps maintain strong market interest in large-format machining centers such as the MCV-A2. The machine’s combination of size, rigidity, and productivity continues to make it highly desirable in the used equipment marketplace.

As a general guideline, a used 2007 OKUMA MCV-A2 typically sells within a range of approximately $120,000 to $350,000, depending on condition, spindle hours, installed options, tooling packages, and overall machine configuration. Machines with extensive upgrades, low hours, and exceptional maintenance histories may command premium pricing.

In addition to the purchase price, buyers should budget for transportation, rigging, installation, tooling, training, and commissioning costs. Even after accounting for these expenses, a used OKUMA MCV-A2 often provides outstanding value by delivering large-format machining capability at a substantially lower cost than purchasing a comparable new double-column machining center.