USED OKUMA M560-V – 2014
The 2014 OKUMA M560-V is a high-performance CNC vertical machining center designed for manufacturers that need a combination of large work-envelope capacity, high-speed spindle performance, rigid construction, and dependable production capability. The M560-V is part of Okuma’s GENOS M series of vertical machining centers and is designed to machine a wide variety of components ranging from general industrial parts to more demanding aerospace, automotive, mold, die, energy, and precision-engineering applications.
The OKUMA M560-V provides approximately 41.34 inches of X-axis travel, 22.05 inches of Y-axis travel, and 18.11 inches of Z-axis travel. Its 51.18-inch by 22.05-inch table provides a substantial working surface for medium-to-large workpieces, fixtures, vise arrangements, and rotary-table applications. The machine’s maximum table load is approximately 1,980 pounds, giving manufacturers considerable flexibility when machining heavier components.
A major feature of the 2014 M560-V is its high-speed spindle. Documented 2014 machines are equipped with a 15,000 RPM spindle and approximately 30 HP spindle capability, making the machine suitable for both general production machining and high-speed cutting applications. The spindle uses a No. 40 taper and can be configured with BIG-PLUS tooling, providing a rigid tool-to-spindle connection that is particularly useful when machining at high spindle speeds or when demanding cutting stability is required.
The M560-V was engineered around a rigid, thermally stable machine structure. Okuma’s Thermo-Friendly Concept is intended to control thermal deformation and maintain machining accuracy as operating temperatures change. The machine’s construction and thermal-management technologies are particularly useful for manufacturers performing extended production cycles where dimensional stability is important. Okuma describes the M560-V as a highly rigid, thermally stable vertical machining center designed to handle materials ranging from aluminum to difficult-to-machine alloys such as titanium and Inconel.
The machine is also designed for efficient high-speed axis movement. Documented specifications list rapid traverse rates of approximately 1,575 IPM on X and Y and approximately 1,262 IPM on Z. These rapid rates can help reduce non-cutting time when machining multiple features across a large work envelope.
Tool management is handled through a 32-tool automatic tool changer. This provides enough tool capacity for many production jobs without requiring frequent manual tool changes. A typical machining program can include roughing mills, finishing tools, drills, reamers, taps, chamfering tools, boring tools, and other specialized cutters within the automatic magazine.
The 2014 M560-V can be equipped with the Okuma OSP-P300M CNC control. Current and historical machine listings document OSP-P300M configurations, while individual machines may have different control and software options depending on their original specification.
Another advantage of the M560-V is its ability to accommodate automation and additional machining equipment. Used 2014 examples have been offered with chip conveyors, through-spindle coolant, high-pressure coolant systems, probes, rotary tables, mist collectors, and additional machining functions. One documented 2014 machine, for example, was configured as a four-axis system with an 8-inch Tsudakoma rotary table, through-spindle coolant, a high-pressure coolant unit, and an LNS chip conveyor.
The M560-V can therefore serve as much more than a basic three-axis vertical machining center. Depending on the individual configuration, it can support four-axis or five-axis workholding solutions, probing, high-pressure coolant, and other production accessories. Buyers should always verify the exact machine configuration because used machines can differ substantially in installed options.
The 2014 OKUMA M560-V is particularly well suited to manufacturers looking for a large-travel vertical machining center without moving into the footprint and cost associated with much larger machining platforms. Its combination of 1,050 mm X travel, 560 mm Y travel, 460 mm Z travel, 15,000 RPM spindle speed, 32-tool capacity, and approximately 1,980-pound table capacity gives it a useful balance of work envelope and production speed.
For manufacturers purchasing used CNC equipment, the 2014 M560-V can provide a strong combination of machine size, spindle performance, control capability, and production flexibility. Its suitability for both general machining and demanding materials makes it a versatile choice for machine shops that need a substantial vertical machining center for a wide range of components.
OKUMA M560-V – AXIS
| Specification | Details |
|---|---|
| Machine Configuration | CNC Vertical Machining Center |
| Standard Axis Configuration | 3-Axis |
| X-Axis Travel | 41.34 in / 1,050 mm |
| Y-Axis Travel | 22.05 in / 560 mm |
| Z-Axis Travel | 18.11 in / 460 mm |
| Additional Axis Capability | 4th / 5th Axis Options |
| Rapid Traverse X/Y | Approx. 1,575 IPM / 40 m/min |
| Rapid Traverse Z | Approx. 1,262 IPM / 32 m/min |
| Positioning System | CNC Servo Axis Control |
The M560-V provides a large three-axis machining envelope, while rotary tables and other accessories can add fourth- or fifth-axis capability. A documented 2014 example was equipped with a rotary table and configured as a four-axis machine.
OKUMA M560-V – AXIS TRAVELS / WORK ENVELOPE
| Specification | Details |
|---|---|
| X-Axis Travel | 41.34 in / 1,050 mm |
| Y-Axis Travel | 22.05 in / 560 mm |
| Z-Axis Travel | 18.11 in / 460 mm |
| Table Size | 51.18 x 22.05 in / 1,300 x 560 mm |
| Spindle Nose to Table | Approx. 5.91–24.02 in / 150–610 mm |
| Maximum Work Envelope | Approx. 41.34 x 22.05 x 18.11 in |
| Table Load Capacity | Approx. 1,980 lbs / 900 kg |
| Table Surface | 18 mm T-Slots |
| T-Slot Quantity | 4 |
| T-Slot Pitch | Approx. 4.92 in / 125 mm |
The large X-axis travel is one of the defining characteristics of the M560-V. With more than 41 inches of X-axis movement and a 51.18-inch-long table, the machine can accommodate larger fixtures and workpieces than many conventional mid-size VMCs.
OKUMA M560-V – CAPACITY / TABLE
| Specification | Details |
|---|---|
| Table Type | Fixed Vertical Machining Table |
| Table Length | 51.18 in / 1,300 mm |
| Table Width | 22.05 in / 560 mm |
| Maximum Table Load | Approx. 1,980 lbs / 900 kg |
| T-Slots | 4 |
| T-Slot Width | Approx. 18 mm |
| T-Slot Pitch | Approx. 125 mm |
| Workholding | Vises, Fixtures, Rotary Tables |
| Rotary Table Compatibility | Yes |
| Heavy Workholding | Supported |
The M560-V’s large table gives manufacturers room to install multiple vises, large fixtures, tombstones, rotary tables, or custom workholding arrangements. Its approximately 1,980-pound table capacity provides flexibility when machining heavier components.
OKUMA M560-V – SPINDLE
| Specification | Details |
|---|---|
| Spindle Type | High-Speed CNC Milling Spindle |
| Maximum Spindle Speed | 15,000 RPM |
| Spindle Motor | Approx. 30 HP Class |
| Spindle Taper | No. 40 |
| Tool Interface | CAT 40 / BIG-PLUS Configuration |
| Standard Spindle Speed Range | Configuration Dependent |
| Through-Spindle Coolant | Available / Configuration Dependent |
| Spindle Cooling | Thermal Management System |
| Suitable Materials | Steel, Aluminum, Stainless Steel, Titanium, Inconel |
The 15,000 RPM spindle is one of the M560-V’s most important production features. Okuma lists a 30 HP-class spindle for the machine, while the detailed specifications identify the No. 40 taper and high-speed spindle configuration.
A 15,000 RPM spindle provides the speed necessary for high-speed milling and smaller-diameter tooling while still offering substantial power for general metal-cutting applications. Depending on tooling, material, cutter diameter, and machining strategy, the M560-V can be used for roughing, semi-finishing, finishing, drilling, tapping, and contour machining.
OKUMA M560-V – TOOL CHANGER
| Specification | Details |
|---|---|
| Tool Changer Type | Automatic Tool Changer |
| Tool Capacity | 32 Tools |
| Tool Shank | BT 40 / CAT 40 / Configuration Dependent |
| Maximum Tool Length | Approx. 11.81 in / 300 mm |
| Maximum Tool Weight | Approx. 17.6 lbs / 8 kg |
| Tool Selection | Random Memory |
| Tool Change System | Automatic Tool Change Arm |
| Tool Diameter | Approx. 4.92 in / 125 mm Maximum* |
| Tool Management | CNC-Controlled |
*Maximum tool diameter can depend on adjacent-tool configuration.
The 32-tool automatic tool changer gives the M560-V sufficient tool capacity for many production and machining-center applications. The magazine can accommodate the tools required for roughing, finishing, drilling, tapping, boring, chamfering, and other operations.
OKUMA M560-V – CONTROL SYSTEM
| Specification | Details |
|---|---|
| CNC Control | Okuma OSP-P300M |
| Control Type | CNC Vertical Machining Control |
| Programming | G-Code / EIA-ISO |
| Conversational Functions | Available |
| Tool Offset Management | Yes |
| Tool Management | Yes |
| Alarm & Diagnostic Functions | Integrated |
| High-Speed Machining Functions | Configuration Dependent |
| Probing | Optional / Configuration Dependent |
| 4th / 5th Axis Integration | Available |
Documented 2014 M560-V machines include OSP-P300M control configurations. One 2014 listing specifically identifies the OSP-P300M CNC system, while another identifies an OSP 300M configuration.
The OSP control platform provides an operator-focused CNC environment for programming, tool offsets, machine monitoring, diagnostics, and production management. Depending on the machine’s installed options, high-speed interpolation, synchronous tapping, machining management, and other functions may also be available.
OKUMA M560-V – COOLANT / DUST / CHIP MANAGEMENT
| Specification | Details |
|---|---|
| Coolant System | Flood Coolant |
| Through-Spindle Coolant | Available |
| High-Pressure Coolant | Optional / Configuration Dependent |
| Chip Conveyor | Available / Configuration Dependent |
| Mist Collection | Optional |
| Coolant Filtration | Configuration Dependent |
| Chip Evacuation | Enclosed Machining Area |
| Coolant Delivery | Spindle / Nozzle System |
Used 2014 examples have been documented with through-spindle coolant, a high-pressure Chip Blaster coolant system, LNS chip conveyor, and mist collector. These options can be particularly useful for production machining, deep-hole drilling, difficult materials, and operations generating substantial quantities of chips.
OKUMA M560-V – POWER REQUIREMENTS
| Specification | Details |
|---|---|
| Machine Power | Industrial CNC Electrical System |
| Main Spindle Motor | Approx. 30 HP Class |
| Spindle Motor Rating | Approx. 22 kW |
| Electrical Supply | Machine / Region Dependent |
| Phase | Three-Phase Industrial Power |
| Transformer | Configuration Dependent |
| Pneumatic Supply | Required |
| Hydraulic Equipment | Configuration Dependent |
| Installation | Industrial CNC Environment |
The exact electrical requirements should be confirmed from the machine’s electrical nameplate and documentation before installation. Accessories such as high-pressure coolant, chip conveyors, rotary tables, mist collectors, and transformers can affect the total installation requirements.
OKUMA M560-V – DIMENSIONS
| Specification | Details |
|---|---|
| Approx. Machine Dimensions | 122 x 99 x 108 in* |
| Approx. Machine Weight | 14,330 lbs* |
| Approx. Mass from Technical Specification | 7,500 kg / 16,500 lbs |
| Floor Space | Configuration Dependent |
| Height | Approx. 108 in* |
| Chip Conveyor Space | Additional Space Required |
| Rotary Table Space | Additional Space Required |
*MachineTools listing specifications can vary according to configuration and accessories. The technical manual gives approximately 7,500 kg machine mass and approximately 2,470 x 3,000 mm required floor space for the referenced M560-V specification.
For transportation and installation, buyers should verify the exact dimensions and weight of the individual machine because chip conveyors, rotary tables, coolant equipment, transformers, and other accessories can substantially affect the overall footprint.
OKUMA M560-V – GENERAL INFORMATION
| Specification | Details |
|---|---|
| Manufacturer | Okuma |
| Model | M560-V |
| Year | 2014 |
| Machine Category | CNC Vertical Machining Center |
| Standard Configuration | 3-Axis VMC |
| Optional Configuration | 4-Axis / 5-Axis |
| CNC Control | OSP-P300M / OSP 300M Configuration |
| Table Size | 51.18 x 22.05 in |
| X Travel | 41.34 in |
| Y Travel | 22.05 in |
| Z Travel | 18.11 in |
| Spindle Speed | 15,000 RPM |
| Spindle Power | Approx. 30 HP |
| Tool Changer | 32 Tools |
| Spindle Taper | No. 40 |
| Table Capacity | Approx. 1,980 lbs |
The 2014 M560-V combines a large machining envelope with high spindle speed and a 32-tool automatic tool changer. Specific options can differ substantially between used machines, so buyers should verify the serial number, original specification sheet, control version, spindle configuration, and installed accessories before purchase.
INDUSTRIES THAT USE OKUMA M560-V
The OKUMA M560-V is suitable for a broad range of manufacturing industries because of its large work envelope, high-speed spindle, substantial table capacity, and ability to accommodate advanced workholding.
Automotive Manufacturing
Automotive manufacturers can use the M560-V for machining brackets, housings, fixtures, engine components, suspension components, tooling, and production equipment. Its 41.34-inch X-axis travel provides sufficient movement for many large automotive fixtures and components.
Aerospace Manufacturing
Aerospace manufacturers can use the M560-V for machining structural components, brackets, housings, tooling, fixtures, and components manufactured from aluminum, stainless steel, titanium, and other aerospace materials. The machine’s high-speed spindle and rigid construction can support demanding finishing and contouring operations.
Mold and Die Manufacturing
The 15,000 RPM spindle and large work envelope make the M560-V useful for mold, die, pattern, and tooling applications. High-speed machining capability can be particularly useful for finishing complex surfaces and profiles with smaller cutting tools.
Energy and Power Generation
Energy manufacturers can use the M560-V for machining brackets, housings, flanges, fixtures, pump components, tooling, and other industrial parts. Its table capacity also allows manufacturers to use substantial workholding systems for larger components.
Oil and Gas
Oil and gas manufacturers can use the machine for machining valve components, equipment housings, flanges, tooling, fixtures, and other precision components. Additional rotary-table capability can expand the range of parts that can be machined.
Heavy Equipment
Manufacturers of construction, agricultural, mining, and industrial machinery can use the M560-V for brackets, housings, mounting components, pins, tooling, fixtures, and other medium-to-large mechanical parts.
General Job Shops
Job shops can benefit from the M560-V’s broad machining envelope and flexible workholding. A 32-tool changer allows a shop to keep a substantial range of tooling available for different customer jobs, reducing setup changes between operations.
Tool and Fixture Manufacturing
The large table and high-speed spindle make the M560-V useful for manufacturing production fixtures, assembly tooling, machining fixtures, inspection fixtures, and other specialized equipment.
TYPICAL PARTS OKUMA M560-V CAN PRODUCE
| Part Type | Typical Examples |
|---|---|
| Aerospace Parts | Brackets, Housings, Structural Components |
| Automotive Parts | Fixtures, Housings, Mounting Components |
| Industrial Parts | Bases, Plates, Brackets, Housings |
| Mold Components | Mold Bases, Inserts, Cores |
| Tooling | Dies, Fixtures, Jigs |
| Energy Components | Flanges, Housings, Pump Components |
| Heavy Equipment | Brackets, Mounts, Structural Parts |
| Precision Components | Plates, Blocks, Adapters, Manifolds |
| Hydraulic Components | Valve Bodies, Manifolds, Mounting Blocks |
| Prototype Parts | Complex One-Off and Low-Volume Components |
WHY CHOOSE OKUMA M560-V
The OKUMA M560-V combines a large work envelope with a high-speed spindle and rigid machine construction. This combination allows manufacturers to perform a wide range of milling operations on a single vertical machining center.
The 41.34-inch X-axis travel is particularly valuable for shops machining larger components or installing multiple fixtures on the table. With a 51.18-inch table length and approximately 1,980-pound load capacity, the machine provides substantial workholding flexibility.
The 15,000 RPM spindle makes the machine suitable for high-speed machining, aluminum work, finishing operations, and complex contouring. At the same time, the approximately 30 HP spindle provides enough power for many conventional metal-cutting applications. Okuma specifically describes the M560-V as capable of machining difficult materials including titanium and Inconel as well as stainless steel and aluminum.
The machine’s thermal stability is another important advantage. Okuma’s Thermo-Friendly Concept is designed to reduce the effect of thermal deformation on machining performance. This is particularly important for shops performing long production cycles where temperature changes can affect dimensional consistency.
The 32-tool automatic changer provides useful flexibility for production machining. Shops can dedicate different tools to roughing, finishing, drilling, tapping, boring, chamfering, and other operations without repeatedly loading and unloading tools.
Another advantage is the ability to expand the machine with rotary tables and other equipment. A documented 2014 M560-V was equipped with an 8-inch Tsudakoma rotary table and operated as a four-axis machine, demonstrating the flexibility available from the platform.
The M560-V can also be configured with through-spindle coolant, high-pressure coolant, chip conveyors, mist collectors, probes, and other production accessories. These systems can improve chip evacuation, tool life, machining stability, and operator productivity depending on the application.
For shops looking for a large-travel VMC with a fast spindle, substantial table capacity, and flexible production configuration, the M560-V provides a useful combination of capabilities in a relatively compact vertical machining-center format.
WHY BUY USED OKUMA M560-V
Buying a used 2014 OKUMA M560-V can allow a manufacturer to obtain a large-travel vertical machining center without the capital expenditure associated with purchasing new CNC equipment. The machine offers substantial X, Y, and Z travel, a large table, high spindle speed, and automatic tool management.
One of the biggest advantages of purchasing a used M560-V is the opportunity to acquire a machine that may already be equipped with production accessories. Used examples can include chip conveyors, through-spindle coolant, high-pressure coolant, rotary tables, probes, mist collectors, and other equipment. One documented 2014 machine was equipped with several of these options, including a rotary table, chip conveyor, through-spindle coolant, and high-pressure coolant system.
These accessories can have significant value because purchasing them separately and integrating them into a machine can increase the total cost of a new or basic used machine.
The M560-V’s 32-tool automatic changer is another reason it can be attractive in the used market. A large tool magazine allows manufacturers to maintain more tools in the machine and can reduce setup interruptions on jobs requiring multiple machining operations.
The machine’s 15,000 RPM spindle also provides flexibility. Shops can use smaller-diameter cutters at appropriate cutting speeds while maintaining the spindle performance required for high-speed finishing. The spindle’s power capacity also allows the machine to perform more conventional production milling operations.
Before purchasing a used M560-V, buyers should inspect the spindle carefully. Spindle bearings, taper condition, drawbar operation, tool-clamping force, spindle runout, cooling, and vibration should all be evaluated. A high-speed spindle should be tested at different RPM levels to identify unusual noise, vibration, or temperature behavior.
The X, Y, and Z axes should also be checked for backlash, positioning accuracy, repeatability, ballscrew condition, linear-guide condition, lubrication, and abnormal noise. A complete geometric inspection can be particularly valuable when purchasing a machine intended for precision production.
The automatic tool changer should be tested through multiple tool changes. Buyers should verify magazine operation, arm movement, tool unclamping, tool clamping, and control synchronization.
If the machine includes a rotary table, buyers should also inspect the rotary axis, indexing accuracy, brake operation, cables, and CNC integration.
Coolant and chip-management equipment should be tested as well. Chip conveyors, pumps, filtration systems, through-spindle coolant, high-pressure coolant, and mist collectors can require maintenance after years of use.
The OSP control should be inspected for display condition, keyboard operation, memory, machine communication, alarms, servo performance, and program execution. Buyers should also confirm that required software options and axis functions are active.
A properly maintained 2014 M560-V can therefore provide substantial machining capability at a lower acquisition cost than comparable new equipment. The exact value depends on machine hours, condition, configuration, accessories, service history, and location.
HOW MUCH DOES A USED OKUMA M560-V COST?
The price of a used 2014 OKUMA M560-V varies according to spindle hours, machine condition, CNC control, spindle configuration, tool changer condition, table condition, installed options, and location. Used machines equipped with rotary tables, probes, chip conveyors, through-spindle coolant, and high-pressure coolant can have considerably different values from basic three-axis machines.
A reasonable used-market estimate for a 2014 OKUMA M560-V is approximately $45,000 to $75,000 USD, depending on configuration and condition. Machines with fewer accessories, higher operating hours, or maintenance requirements may fall toward the lower portion of this range, while clean machines with desirable production options can command higher asking prices.
Current used-market examples confirm that 2014 M560-V machines remain actively listed. One documented 2014 example is equipped with an OSP-P300M control, 15,000 RPM spindle, 32-tool changer, and standard three-axis configuration. Another 2014 example has approximately 6,850 machine hours and includes a rotary table, high-pressure coolant, through-spindle coolant, chip conveyor, mist collector, and other machining options.
Machine hours are an important factor when comparing used M560-V machines. A machine with relatively low spindle and cutting hours may command a higher price than a heavily used machine even when both machines are the same model and year.
The condition of the spindle is also important. A 15,000 RPM spindle represents a significant portion of the machine’s production capability, so buyers should consider spindle noise, vibration, runout, bearing condition, tool-clamping force, and maintenance history when evaluating price.
The CNC control can also affect value. A properly functioning OSP-P300M system with the required software options, memory, display, and machine functions can make a used machine much easier to place into production.
Additional accessories can increase value. A rotary table, probing system, through-spindle coolant, high-pressure coolant, chip conveyor, mist collector, and additional tooling can save a buyer significant setup expense.
Transportation and installation should also be included in the total acquisition budget. The M560-V is a substantial machine, and buyers should account for rigging, freight, electrical installation, leveling, coolant preparation, tooling, and commissioning.
Before purchasing a used 2014 OKUMA M560-V, buyers should request the machine’s serial number, complete specifications, operating and spindle hours, maintenance records, control information, included tooling, accessory list, and recent inspection results.
For manufacturers seeking a large-capacity vertical machining center with approximately 41 inches of X-axis travel, a 15,000 RPM spindle, 32-tool automatic tool changing, and the ability to support rotary-table and advanced coolant options, the used 2014 OKUMA M560-V can provide a versatile platform for production, prototyping, tooling, and precision machining.
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