The OKUMA MA-600HB-II is a heavy-duty horizontal machining center designed for high-volume production machining, precision metal cutting, and long-term industrial reliability. Manufactured by Okuma Corporation, the MA-600HB-II is widely used in aerospace, automotive, energy, heavy equipment, and precision manufacturing industries. The machine is engineered to deliver excellent rigidity, thermal stability, and machining consistency while supporting demanding production environments that require both heavy material removal and high-accuracy finishing operations.
The MA-600HB-II features a rigid box-style machine structure combined with advanced spindle technology and Okuma’s OSP CNC control system. Its horizontal spindle configuration allows efficient chip evacuation during aggressive machining operations, improving cutting performance and extending tool life. The machine is especially effective for machining steel, cast iron, aluminum, titanium, and other industrial materials in continuous production applications.
One of the major strengths of the OKUMA MA-600HB-II is its flexibility in handling both heavy-duty cutting and precision machining operations. The machine is commonly equipped with dual pallet changers, high-capacity automatic tool changers, high-pressure through-spindle coolant systems, and advanced thermal compensation systems for long unattended machining cycles. Its large pallet capacity and high-torque spindle make it suitable for machining transmission housings, valve bodies, aerospace components, pump housings, and large industrial castings.
The MA-600HB-II is known for its excellent machining stability and long-term reliability in demanding industrial environments. Advanced servo systems, rigid spindle construction, and thermal stabilization technology help maintain consistent machining accuracy during long production runs. Its combination of heavy-duty machining capability, automation readiness, and durable Japanese engineering makes the OKUMA MA-600HB-II one of the most respected horizontal machining centers in industrial manufacturing facilities worldwide.
OKUMA MA-600HB-II SPECIFICATIONS
OKUMA MA-600HB-II – AXIS
Number of Axes
4-Axis Horizontal Machining Center
Axis Configuration
X, Y, Z, B
Simultaneous Control
4-Axis
Rotary Axis Type
CNC Rotary Pallet
Positioning Accuracy
High Precision
Repeatability
Excellent
OKUMA MA-600HB-II – AXIS TRAVELS
X-Axis Travel
1000 – 1050 mm
Y-Axis Travel
800 – 900 mm
Z-Axis Travel
810 – 1000 mm
B-Axis Rotation
360° Continuous
Rapid Traverse Rate
60 m/min
Guideway Type
Heavy-Duty Linear Guideways
OKUMA MA-600HB-II – CAPACITY
Maximum Workpiece Diameter
1050 mm
Maximum Workpiece Height
1200 mm
Maximum Workpiece Weight
1200 – 1500 kg
Pallet Capacity
Dual Pallet System
Production Type
Heavy-Duty Precision Machining
Material Capability
Steel, Cast Iron, Titanium
OKUMA MA-600HB-II – SPINDLE
Standard Spindle Speed
6000 RPM
Optional Spindle Speed
10,000 – 20,000 RPM
Spindle Motor Power
30 / 22 kW
High Torque Spindle
Available
Spindle Taper
BT50 / HSK
Spindle Type
Heavy-Duty Integrated Spindle
OKUMA MA-600HB-II – TABLE
Pallet Size
630 x 630 mm
Maximum Table Load
1200 – 1500 kg
Table Indexing
1° / 0.001° Optional
Automatic Pallet Changer
Yes
Number of Pallets
2 Standard
Table Construction
Heavy-Duty Rotary Table
OKUMA MA-600HB-II – TOOL TURRET
Tool Magazine Capacity
60 Standard
Optional Tool Capacity
Up to 400 Tools
Tool Change System
Automatic
Maximum Tool Diameter
240 mm
Maximum Tool Length
450 – 630 mm
Maximum Tool Weight
25 kg
OKUMA MA-600HB-II – FEEDRATES
X-Axis Rapid Feed
60 m/min
Y-Axis Rapid Feed
60 m/min
Z-Axis Rapid Feed
60 m/min
Cutting Feed Rate
1 – 60,000 mm/min
Servo System
Digital Servo Drives
High-Speed Positioning
Yes
OKUMA MA-600HB-II – COOLANT & CHIP MANAGEMENT
Through Spindle Coolant
Available
Coolant Pressure
1.5 – 7 MPa
Chip Conveyor
Standard
Coolant Filtration
Integrated
Chip Removal System
Automatic
Continuous Production Capability
Yes
OKUMA MA-600HB-II – CONTROL SYSTEM
CNC Control Brand
OKUMA OSP
CNC Models
OSP-P200M / OSP-P300M
Conversational Programming
Supported
Networking Capability
Ethernet
Automation Integration
Yes
Advanced Machining Functions
Thermo-Friendly Concept
OKUMA MA-600HB-II – POWER & AIR REQUIREMENTS
Power Requirement
Industrial 3-Phase
Voltage
200V / 220V / 400V
Air Pressure Requirement
Standard Shop Air
Pneumatic Requirement
Yes
Frequency
50 / 60 Hz
Connected Load
Heavy Industrial
OKUMA MA-600HB-II – DIMENSIONS
Machine Length
Approx. 7000 – 10000 mm
Machine Width
Approx. 3400 – 5400 mm
Machine Height
Approx. 3200 – 3300 mm
Machine Weight
Approx. 24000 – 27000 kg
Floor Space Requirement
Large Industrial Footprint
Installation Type
Fixed Industrial Setup
OKUMA MA-600HB-II – GENERAL INFORMATION
Machine Type
Horizontal Machining Center
Manufacturer
Okuma
Country of Origin
Japan
Machine Construction
Heavy-Duty Cast Structure
Production Environment
High-Volume Industrial Machining
Automation Ready
Yes
INDUSTRIES THAT USE OKUMA MA-600HB-II
Aerospace
Structural Components
Automotive
Transmission & Engine Parts
Energy
Valve & Pump Components
Heavy Equipment
Industrial Castings
Oil & Gas
Precision Housings
General Manufacturing
Production Machining
TYPICAL PARTS OKUMA MA-600HB-II CAN PRODUCE
Transmission Housings
Yes
Valve Bodies
Yes
Aerospace Components
Yes
Pump Housings
Yes
Industrial Castings
Yes
Heavy Precision Parts
Yes
WHY CHOOSE OKUMA MA-600HB-II
Heavy-Duty Machining
Excellent
Precision Accuracy
High
Thermal Stability
Superior
Automation Capability
Advanced
Long-Term Reliability
Excellent
Production Efficiency
High
WHY BUY USED OKUMA MA-600HB-II
Purchasing a used OKUMA MA-600HB-II is an excellent option for manufacturers seeking reliable heavy-duty horizontal machining capability without the high investment associated with purchasing a new machine. The MA-600HB-II is widely respected for its machining stability, durable construction, and ability to maintain consistent accuracy during demanding industrial production operations. Buying a used machine allows companies to access premium Japanese machining technology at a significantly reduced cost while still benefiting from advanced production capability.
One of the biggest advantages of buying a used MA-600HB-II is reduced capital expenditure. New horizontal machining centers equipped with pallet changers, high-capacity tool magazines, and high-pressure coolant systems can require a substantial investment. Many used MA-600HB-II machines already include valuable options such as through-spindle coolant, expanded ATC systems, automation integration, and advanced probing packages, increasing the overall value for buyers.
The machine is specifically designed for continuous industrial production and can handle both heavy roughing operations and high-precision finishing applications. Its rigid cast structure, powerful spindle system, and advanced thermal compensation technology allow manufacturers to machine steel, cast iron, titanium, and large industrial components with excellent repeatability. This makes the machine highly suitable for aerospace, automotive, oil & gas, and heavy equipment manufacturing industries.
Another major advantage of purchasing a used MA-600HB-II is immediate machine availability. New heavy-duty machining centers often involve long manufacturing lead times, while used machines can frequently be inspected, delivered, and installed much faster. This enables manufacturers to increase production capacity quickly and respond efficiently to customer demand.
The machine also maintains strong resale value because of Okuma’s global reputation for reliability, durable engineering, and advanced OSP CNC control systems. Many used units are available with upgraded tooling packages, automation systems, and high-pressure coolant systems already installed, simplifying integration into existing production facilities.
HOW MUCH DOES A USED OKUMA MA-600HB-II COST?
MACHINE AGE / CONDITION
ESTIMATED PRICE RANGE (USD)
Before 2005 Models
$50,000 – $120,000
2005 – 2010 Models
$120,000 – $250,000
2010 – 2015 Models
$250,000 – $450,000
2015 – 2020 Models
$450,000 – $850,000
2020 – 2025 Models
$850,000 – $1,800,000+
Low Cutting Hours Machines
Premium Pricing
Medium Production Usage
Standard Market Value
High Production Usage
Lower Market Value
Refurbished Machines
20% – 40% Higher
Fully Automated Machines
Significant Premium
The cost of a used OKUMA MA-600HB-II depends on several important factors including manufacturing year, spindle hours, machine configuration, automation capability, tooling package, and maintenance history. Older machines manufactured before 2005 are generally the most affordable and are commonly purchased by industrial machine shops seeking large-capacity horizontal machining capability at a lower investment cost. These machines typically range between $50,000 and $120,000 depending on condition and included accessories.
Machines manufactured between 2005 and 2015 remain highly desirable because they combine modern OSP CNC controls, improved spindle technology, advanced thermal stabilization systems, and large-capacity ATC capability. Many of these machines include through-spindle coolant systems, high-capacity tool changers, probing systems, and pallet automation packages. Pricing for these models commonly ranges between $120,000 and $450,000 depending on spindle usage and overall machine condition.
Newer OKUMA MA-600HB-II machines manufactured after 2015 command significantly higher prices because of lower operating hours, enhanced spindle performance, upgraded servo systems, and improved automation capability. Fully automated machines equipped with pallet pools, high-pressure coolant systems, and large-capacity tool magazines can exceed $1.8 million on the used market.
Cutting time and production environment strongly influence resale value. Machines used in continuous heavy-production environments generally show more wear compared to machines operated in prototype or lower-volume machining facilities. Refurbished machines with rebuilt spindles, verified geometry, upgraded controls, and updated automation systems often command premium pricing. Additional tooling packages, pallet automation systems, coolant systems, and probing technology can substantially increase the overall market value of the machine.