USED OKUMA MCV-AII 2007

The OKUMA MCV-AII 2007 is a heavy-duty CNC vertical machining center designed for high-precision milling, drilling, boring, tapping, and other demanding machining operations. Okuma’s MCV-AII series is known for its rigid construction, powerful spindle performance, and large machining envelope, making these machines well suited for manufacturers working with medium to large industrial components.

The MCV-AII platform was developed for applications where rigidity and reliable material removal are important. Its box-way construction provides strong support for the table and spindle during heavy cutting, while the substantial work envelope allows manufacturers to machine large workpieces without requiring multiple setups.

A typical 2007 OKUMA MCV-AII is configured with an Okuma OSP control, CAT 50 spindle taper, automatic tool changer, high-torque spindle, large worktable, flood coolant, and chip management system. Depending on the exact MCV-AII configuration, specifications such as spindle speed, axis travels, table size, and tool capacity can vary. The individual machine should therefore be checked against its original machine documentation.

OKUMA MCV-AII 2007 – AXIS

The rigid box-way design provides excellent support during heavy milling and helps minimize vibration when machining difficult materials.

OKUMA MCV-AII 2007 – TABLE

The large table provides a stable platform for machining heavy workpieces and fixtures. Its configuration allows manufacturers to accommodate large components while maintaining machining rigidity.

OKUMA MCV-AII 2007 – SPINDLE

The CAT 50 spindle configuration provides the rigidity required for aggressive milling, boring, and drilling operations. The heavy-duty spindle design is particularly suitable for steel, cast iron, and other difficult-to-machine materials.

OKUMA MCV-AII 2007 – AUTOMATIC TOOL CHANGER

The automatic tool changer allows multiple cutting tools to remain loaded in the machine, reducing setup time and supporting complex machining programs.

OKUMA MCV-AII 2007 – CONTROL SYSTEM

The Okuma OSP control provides reliable CNC operation with integrated machine monitoring, tool management, and programming functions.

OKUMA MCV-AII 2007 – COOLANT & CHIP MANAGEMENT

Effective coolant and chip management helps maintain stable cutting conditions, improve tool life, and reduce downtime during extended machining cycles.

OKUMA MCV-AII 2007 – MACHINE CONSTRUCTION

The rigid cast-iron construction and box-way guide system provide strong resistance to vibration and cutting forces. This makes the MCV-AII particularly appropriate for heavy roughing and large-component machining.

OKUMA MCV-AII 2007 – GENERAL INFORMATION

Because the MCV-AII designation covers different configurations, exact axis travel, table dimensions, spindle speed, motor power, tool capacity, and work envelope should be verified from the individual machine’s serial number and factory documentation.

INDUSTRIES THAT USE OKUMA MCV-AII 2007

The OKUMA MCV-AII 2007 is suitable for a wide range of industries, including:

• Aerospace
• Automotive
• Oil & Gas
• Energy
• Heavy Equipment
• Mining
• Defense
• Industrial Machinery
• Mold & Die
• Hydraulic Equipment
• General Manufacturing

Its rigid construction and CAT 50 spindle make it particularly useful for shops performing heavy milling and machining of large components.

TYPICAL PARTS OKUMA MCV-AII 2007 CAN PRODUCE

The machine can produce:

• Machine Bases
• Industrial Frames
• Engine Components
• Pump Housings
• Valve Bodies
• Hydraulic Components
• Heavy Equipment Parts
• Mold Components
• Fixtures
• Tooling Components
• Structural Components
• Precision Machine Parts

Typical machining operations include face milling, pocket milling, contouring, drilling, tapping, boring, reaming, slotting, rough milling, and finish machining.

WHY CHOOSE OKUMA MCV-AII 2007

The OKUMA MCV-AII 2007 is a strong choice for manufacturers requiring a rigid vertical machining center capable of handling demanding milling applications. Its CAT 50 spindle and box-way construction provide the stability needed for aggressive material removal.

The machine’s Okuma OSP control, automatic tool changing, and heavy-duty construction allow it to perform repetitive production work while maintaining consistent machining quality.

For shops machining steel, cast iron, large industrial components, and heavy tooling, the MCV-AII can provide the combination of rigidity and machining flexibility required for demanding applications.

WHY BUY USED OKUMA MCV-AII 2007

Purchasing a used OKUMA MCV-AII 2007 can provide access to a heavy-duty vertical machining center at a substantially lower investment than purchasing a comparable new machine.

The machine’s robust construction makes it attractive for shops that prioritize cutting performance and durability. A properly maintained MCV-AII can continue to provide reliable production capability for many years.

Before purchasing a used machine, buyers should inspect the spindle, spindle bearings, ballscrews, box ways, servo motors, automatic tool changer, CNC control, coolant system, chip conveyor, lubrication system, electrical cabinet, and overall machine geometry.

A complete test cut should be performed to verify spindle performance, axis positioning, repeatability, tool changing, coolant operation, and surface finish.

HOW MUCH DOES A USED OKUMA MCV-AII 2007 COST?

The price of a used OKUMA MCV-AII 2007 depends heavily on the exact model configuration, spindle hours, machine condition, control condition, tooling package, table size, spindle specifications, and included accessories.

A typical used machine may fall within the $35,000 to $75,000 USD range, although the actual value can vary significantly depending on configuration and condition.

Machines with low operating hours, a well-maintained Okuma OSP control, large tooling packages, chip conveyors, high-pressure coolant, probing systems, and documented maintenance history can command higher prices.

Before establishing a final purchase price, buyers should evaluate the condition of the spindle, ballscrews, box ways, automatic tool changer, servo drives, CNC control, coolant system, chip conveyor, electrical components, tooling, and overall machine accuracy.