USED DMG MORI NHX 5000 – 2012

The DMG MORI NHX 5000 – 2012 is a high-productivity horizontal machining center designed for manufacturers that require substantial work capacity, high-speed machining, automatic pallet changing, and multi-face machining capability. With approximately 28.7 inches of X-axis travel, 28.7 inches of Y-axis travel, and 34.6 inches of Z-axis travel, the NHX 5000 provides a large machining envelope around its 500 × 500 mm pallet system. This makes it particularly useful for medium-to-large components that require multiple machining operations in a single setup.

The NHX 5000 was developed as part of the Mori Seiki NHX family of high-speed horizontal machining centers. A documented 2012 machine uses a Mitsubishi M730BM CNC control, 12,000 RPM CAT 40 spindle, 40 HP spindle motor, 60-position automatic tool changer, full fourth-axis pallet indexing, through-spindle coolant, chip conveyor, and two pallets. Other machines from the same production period can have different spindle power, coolant packages, controls, and tooling configurations, so the exact used machine should always be verified before purchase.

One of the most important features of the NHX 5000 is its twin-pallet configuration. The machine uses two approximately 19.7 × 19.7-inch pallets, allowing one pallet to be inside the machining area while the operator prepares the other. This arrangement reduces non-cutting time and makes the machine particularly effective for repeat production, families of parts, and high-mix manufacturing environments where setup time can have a significant impact on overall productivity.

The machine provides a full fourth-axis B-axis through rotary pallet indexing. A documented 2012 NHX 5000 provides 0.001-degree B-axis indexing, allowing the workpiece to be positioned around its circumference for machining multiple faces. This can eliminate multiple manual setups and improve consistency between features because the component remains secured to the same workholding fixture during several operations.

The 12,000 RPM CAT 40 spindle gives the NHX 5000 a versatile balance between high-speed machining and general production work. CAT 40 tooling is widely available and can accommodate a broad range of milling cutters, drills, reamers, boring tools, and tapping tools. The documented 2012 configurations include approximately 30 HP and 40 HP spindle packages, so the actual spindle horsepower should be verified from the machine nameplate and original documentation.

The NHX 5000 also benefits from a 60-station automatic tool changer on several documented 2012 machines. This allows a large selection of tools to remain loaded and available throughout a production cycle. A 60-tool magazine can accommodate roughing and finishing cutters, drills, taps, reamers, boring bars, chamfering tools, and specialty tooling without requiring frequent manual tool changes.

Through-spindle coolant is another important production feature. One documented 2012 machine is equipped with 1,000 PSI through-spindle coolant, while another lists through-spindle coolant together with a Chip Blaster system. High-pressure coolant can improve tool life, chip evacuation, and hole-making performance, particularly when machining deep holes or difficult materials. The exact pressure should be verified on the individual machine.

The horizontal spindle orientation also provides excellent chip evacuation characteristics. Chips can fall away from many cutting areas rather than accumulating around the workpiece, while the chip conveyor continuously transports chips out of the machine. This is particularly useful for production machining where large volumes of material may be removed during roughing operations.

The Mitsubishi M730-series control found on documented 2012 machines provides the control platform required for multi-axis machining, tool management, pallet control, and production programming. Depending on the specific machine, control architecture and software features can vary. Buyers should verify the exact CNC model, software functions, memory, communication capability, and condition of the control before purchasing.

For manufacturers considering a used horizontal machining center, the DMG MORI NHX 5000 – 2012 provides an attractive combination of large pallet capacity, substantial axis travel, fourth-axis machining, high-speed CAT 40 spindle performance, twin-pallet production, and automatic tool changing. Its combination of capacity and automation makes it suitable for automotive, aerospace, hydraulic, energy, industrial machinery, and general precision machining applications.

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DMG MORI NHX 5000 – AXIS

Specification	Details
Machine Type	CNC Horizontal Machining Center
Primary Configuration	4-Axis Horizontal Machining
X-Axis	Yes
Y-Axis	Yes
Z-Axis	Yes
B-Axis	Yes
B-Axis Function	Full Fourth-Axis Pallet Indexing
B-Axis Resolution	0.001°
X-Axis Travel	28.7 in / 730 mm
Y-Axis Travel	28.7 in / 730 mm
Z-Axis Travel	34.6 in / Approximately 880 mm
Pallets	2
Pallet Size	19.7 × 19.7 in / 500 × 500 mm
CNC Control	Mitsubishi M730-Series on Documented 2012 Machines
Spindle Taper	CAT 40
Machine Category	Horizontal Machines
Primary Application	Production Horizontal Machining

The full fourth-axis B-axis is one of the machine’s major advantages. The 0.001-degree indexing capability allows precise positioning of the pallet for machining multiple faces of a component while maintaining a common workholding setup.

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DMG MORI NHX 5000 – AXIS TRAVELS / WORK ENVELOPE

Specification	Details
X-Axis Travel	28.7 in / 730 mm
Y-Axis Travel	28.7 in / 730 mm
Z-Axis Travel	Approximately 34.6 in / 880 mm
X/Y/Z Rapid Traverse	Approximately 2,362 IPM / 60 m/min
X/Y/Z Cutting Feed	Up to approximately 2,362 IPM on documented machine
Maximum Workpiece Diameter	Approximately 31.5 in / 800 mm
Maximum Workpiece Height	Approximately 39.4 in / 1,000 mm
Pallet Size	500 × 500 mm
Work Envelope	Large Horizontal Machining Envelope
Multi-Side Machining	Yes
Fourth-Axis Machining	Yes
Production Machining	Yes

Documented 2012 NHX 5000 machines provide approximately 730 mm X, 730 mm Y, and 880 mm Z travel. A 2012 machine listing gives 28.7 inches X and Y and 34.6 inches Z, together with approximately 2,362 IPM rapid traverse.

The work envelope allows the NHX 5000 to accommodate considerably larger components than a compact 400 mm pallet horizontal machine. This makes it particularly useful for housings, manifolds, gearbox components, industrial machinery parts, and other components requiring substantial machining room.

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DMG MORI NHX 5000 – CAPACITY / PALLET

Specification	Details
Number of Pallets	2
Pallet Working Surface	500 × 500 mm
Pallet Size	19.7 × 19.7 in
Maximum Pallet Load	Approximately 1,100 lb / 500 kg
B-Axis	Full Fourth Axis
B-Axis Resolution	0.001°
Maximum Workpiece Diameter	Approximately 800 mm
Maximum Workpiece Height	Approximately 1,000 mm
Pallet Change Time	Approximately 7 seconds on Documented Machine
Pallet Loading	Automatic
Workholding	Vises, Fixtures, Tombstones
Production Loading	Twin-Pallet
Rotary Indexing	Full Fourth Axis

The 500 × 500 mm pallet gives the NHX 5000 a substantial workholding platform. A documented 2012 machine specifies a maximum pallet load of approximately 1,100 pounds, making it capable of handling relatively heavy workpieces and fixtures.

The two-pallet arrangement allows operators to prepare the next job while the machine continues cutting. This is especially beneficial when fixtures can remain dedicated to particular part families.

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DMG MORI NHX 5000 – SPINDLE

Specification	Details
Spindle Orientation	Horizontal
Spindle Taper	CAT 40
Documented Spindle Speed	12,000 RPM
Spindle Motor	30 HP on Certain Documented Machines
Other Documented Spindle Motor	40 HP
Spindle Type	High-Speed Production Spindle
Through-Spindle Coolant	Yes on Documented Machines
High-Pressure Coolant	Available
Chip Blaster	Available
Spindle Chiller	Configuration Dependent
Heavy-Duty Machining	Yes
High-Speed Machining	Yes

The 12,000 RPM CAT 40 spindle is a commonly documented configuration for the 2012 NHX 5000. One 2012 machine lists a 30 HP spindle, while another lists a 40 HP spindle, demonstrating why the actual spindle package should be confirmed on an individual machine.

The spindle provides enough versatility for a broad range of machining applications. CAT 40 tooling is well suited to general production work, while 12,000 RPM provides sufficient speed for smaller cutters and high-feed milling applications.

For a used machine, spindle condition is one of the most important purchasing considerations. Buyers should inspect spindle runout, bearing noise, vibration, thermal behavior, taper condition, tool retention, and performance under load.

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DMG MORI NHX 5000 – TOOL CHANGER

Specification	Details
Automatic Tool Changer	Yes
Documented ATC Capacity	60 Positions
Tool Interface	CAT 40
Tool Magazine	Automatic
Tool Selection	CNC Controlled
Tool Management	Automatic
Tool Measurement	Configuration Dependent
Tool Breakage Detection	Configuration Dependent
Tool Monitoring	Configuration Dependent
Roughing Tools	Supported
Finishing Tools	Supported
Drilling Tools	Supported
Tapping Tools	Supported
Boring Tools	Supported
Production Tool Capacity	60 Tools

The 60-station automatic tool changer gives the NHX 5000 substantial flexibility for multi-operation production. A documented 2012 machine specifically lists a 60-station ATC.

For shops producing families of components, the tool magazine can remain loaded with frequently used tools, reducing setup time between jobs. For a used machine, the ATC should be cycled repeatedly during inspection to verify pocket positioning, arm movement, tool retention, and control operation.

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DMG MORI NHX 5000 – CONTROL SYSTEM

Specification	Details
CNC Control	Mitsubishi M730-Series on Documented Machines
Documented Control	Mitsubishi M730BM
Other Control Description	Mori Seiki Control
Programming	CNC / EIA / ISO
Fourth-Axis Control	Yes
Pallet Control	Integrated
Tool Management	Yes
CNC Diagnostics	Yes
Machine Monitoring	Configuration Dependent
Data Transfer	Configuration Dependent
Ethernet	Configuration Dependent
USB	Configuration Dependent
Conversational Functions	Configuration Dependent
Custom Macro	Configuration Dependent
Probing	Configuration Dependent

The Mitsubishi M730BM control is documented on 2012 NHX 5000 machines. One machine is specifically equipped with the M730BM CNC control, while another listing describes the machine as having a Mori Seiki control.

Because control configuration can vary, buyers should verify the actual control installed on the machine rather than assuming every 2012 NHX 5000 has exactly the same software and hardware.

A pre-purchase inspection should include the display, keyboard, CNC memory, servo drives, spindle drive, machine parameters, alarms, program transfer, and all operator controls.

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DMG MORI NHX 5000 – COOLANT / DUST / WATER MANAGEMENT

Specification	Details
Coolant System	Yes
Flood Coolant	Yes
Through-Spindle Coolant	Yes on Documented Machines
High-Pressure Coolant	Available
Documented TSC Pressure	Up to 1,000 PSI on Certain Machine
Chip Blaster	Available
Chip Conveyor	Yes
Coolant Tank	Yes
Coolant Pump	Yes
Coolant Filtration	Configuration Dependent
Spindle Chiller	Configuration Dependent
Air Blast	Configuration Dependent
Mist Collection	Configuration Dependent
Horizontal Chip Evacuation	Yes

The NHX 5000 is particularly well suited to chip-intensive machining because of its horizontal spindle arrangement. Chips naturally fall away from the machining area during many operations and can be transported from the machine through the chip conveyor.

A documented 2012 machine is equipped with 1,000 PSI through-spindle coolant and a Chip Blaster, providing strong coolant delivery for deep-hole drilling, tapping, and demanding machining operations.

When purchasing a used NHX 5000, the coolant pump, tank, filters, rotary union, coolant passages, chip conveyor, and high-pressure coolant system should all be tested.

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DMG MORI NHX 5000 – POWER REQUIREMENTS

Specification	Details
Spindle Motor	30 HP on Documented Configuration
Other Documented Spindle Rating	40 HP
Electrical Supply	Verify Machine Nameplate
Voltage	Verify Individual Machine
Phase	Verify Individual Machine
Frequency	Verify Individual Machine
Transformer	Configuration Dependent
High-Pressure Coolant	Additional Electrical Load
Chip Conveyor	Additional Electrical Load
Pallet Changer	Additional Electrical Load
Spindle Chiller	Additional Electrical Load
Air Supply	Verify Individual Machine
Facility Requirements	Heavy Industrial Electrical Service

The electrical requirements of the NHX 5000 depend on the spindle motor and installed accessories. A machine with high-pressure coolant, chip conveyor, spindle chiller, and other auxiliary equipment will have higher utility requirements than a basic configuration.

The actual machine nameplate should be used to determine the required voltage, phase, frequency, amperage, transformer requirements, and facility disconnect.

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DMG MORI NHX 5000 – DIMENSIONS

Specification	Details
Approximate Machine Weight	Approximately 23,000 lb / 10,433 kg
Machine Footprint	Large Industrial Footprint
Pallets	2
Pallet Size	500 × 500 mm
Chip Conveyor	Adds to Overall Footprint
High-Pressure Coolant	May Require Additional Space
Transformer	May Require Additional Space
Spindle Chiller	May Require Additional Space
Rigging	Professional Industrial Rigging Recommended
Installation	Requires Heavy-Duty Floor and Utilities

A documented 2012 NHX 5000 weighs approximately 23,000 pounds, illustrating the substantial construction of this horizontal machining center.

The actual shipping and installation dimensions vary according to the chip conveyor, coolant equipment, transformer, guarding, and other accessories. Buyers should obtain the machine-specific shipping dimensions before arranging transportation.

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DMG MORI NHX 5000 – GENERAL INFORMATION

Specification	Details
Manufacturer	DMG MORI / Mori Seiki
Model	NHX 5000
Year	2012
Machine Type	CNC Horizontal Machining Center
Category	Horizontal Machines
Configuration	4-Axis
Pallets	2
Pallet Size	500 × 500 mm
Pallet Size	19.7 × 19.7 in
Pallet Capacity	Approximately 1,100 lb / 500 kg
X-Axis Travel	730 mm / 28.7 in
Y-Axis Travel	730 mm / 28.7 in
Z-Axis Travel	Approximately 880 mm / 34.6 in
B-Axis	Full Fourth Axis
B-Axis Resolution	0.001°
Spindle Taper	CAT 40
Documented Spindle Speed	12,000 RPM
Documented Spindle Power	30 HP / 40 HP Depending on Configuration
ATC	60 Stations
CNC Control	Mitsubishi M730BM on Documented Machine
Through-Spindle Coolant	Yes
Chip Blaster	Available
Chip Conveyor	Yes
Primary Application	Production Horizontal Machining

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INDUSTRIES THAT USE DMG MORI NHX 5000

The automotive industry is a major application for the NHX 5000 because the machine is well suited to repeat production of housings, transmission components, engine-related components, brackets, fixtures, and other medium-to-large parts. The twin-pallet arrangement helps reduce loading and unloading downtime in production environments.

The aerospace industry can use the NHX 5000 for appropriately sized housings, brackets, structural components, tooling, fixtures, and precision mechanical parts. The fourth-axis pallet allows multiple sides of a component to be machined without removing the workpiece from its fixture.

The oil and gas industry can benefit from the NHX 5000 for valve bodies, manifolds, pump components, fittings, and other precision components. The large pallet and substantial axis travel provide enough capacity for many industrial components, while through-spindle coolant can assist with deep-hole machining.

The hydraulic industry is another strong application. Hydraulic valve bodies and manifolds frequently require intersecting holes, threaded ports, precision bores, and machined faces on multiple sides. The NHX 5000’s fourth axis can reduce the number of separate setups needed to manufacture these components.

The industrial machinery industry can use the machine for gearbox housings, pump housings, motor components, mounting structures, brackets, tooling, and machine components. The 500 mm pallet provides a useful balance between work capacity and production efficiency.

The energy and power-generation industries can use horizontal machining centers for components used in pumps, turbines, generators, valves, and other industrial equipment. The NHX 5000’s large work envelope makes it suitable for substantial precision components.

The general job-shop and contract machining industry can benefit from the flexibility of the NHX 5000. The machine can handle short-run work, repeat production, complex multi-face components, and families of parts while retaining the productivity benefits of twin pallets.

The mold, die, and tooling industry can also use the NHX 5000 for mold bases, die components, fixtures, inserts, and production tooling. The 60-tool magazine provides useful capacity for machining operations requiring multiple roughing, finishing, drilling, tapping, and boring tools.

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TYPICAL PARTS DMG MORI NHX 5000 CAN PRODUCE

Part Type	Typical Machining Operations
Transmission Housings	Milling, Boring, Drilling
Engine Components	Facing, Pocketing, Drilling
Gearbox Housings	Boring, Milling, Tapping
Hydraulic Valve Bodies	Drilling, Boring, Tapping
Hydraulic Manifolds	Multi-Side Drilling, Tapping
Pump Housings	Milling, Boring, Drilling
Oil & Gas Components	Milling, Boring, Threading
Aerospace Housings	Milling, Drilling, Contouring
Aerospace Brackets	Milling, Drilling, Tapping
Industrial Machine Components	Milling, Boring, Drilling
Motor Housings	Milling, Boring, Tapping
Compressor Components	Milling, Drilling
Valve Bodies	Boring, Drilling, Tapping
Large Fixtures	Milling, Drilling, Reaming
Mold Bases	Facing, Pocketing, Drilling
Die Components	Roughing, Finishing, Boring
Gear Cases	Boring, Milling, Drilling
Precision Brackets	Milling, Drilling
Steel Components	Heavy Milling, Drilling
Aluminum Components	High-Speed Milling

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WHY CHOOSE DMG MORI NHX 5000

The primary reason to choose the DMG MORI NHX 5000 is its combination of substantial machining capacity and production automation. The 500 × 500 mm pallets and approximately 730 × 730 × 880 mm axis travel provide a large working envelope for medium-to-large components.

The twin-pallet design is another major productivity advantage. Operators can load and unload one pallet while the other pallet is machining, helping minimize non-cutting time.

The full fourth-axis B-axis allows components to be indexed through multiple orientations. This is particularly useful for valve bodies, manifolds, housings, gearbox components, and other parts with features on several faces.

The 12,000 RPM CAT 40 spindle provides a useful combination of cutting speed and tooling rigidity. CAT 40 is widely used throughout the machining industry, making tooling readily available.

The 60-tool automatic tool changer gives the machine sufficient tool capacity for complex production programs. A single job can often include multiple roughing cutters, finishing tools, drills, taps, reamers, boring tools, and chamfering tools without manually changing the magazine.

The through-spindle coolant system can improve machining performance, especially during drilling and deep-hole operations. One documented machine has a 1,000 PSI Chip Blaster system, demonstrating the type of high-pressure coolant configuration that can be found on used NHX 5000 machines.

The horizontal architecture also provides excellent chip evacuation. This is particularly valuable during aggressive roughing, where large quantities of chips need to be removed continuously.

Finally, the NHX 5000 provides the combination of capacity and automation expected from a production-oriented horizontal machining center. For manufacturers that need more work envelope than a compact 400 mm pallet machine but do not require an extremely large HMC, the NHX 5000 can occupy an effective middle ground.

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WHY BUY USED DMG MORI NHX 5000

A used DMG MORI NHX 5000 – 2012 can provide substantial production capability at a lower acquisition cost than purchasing a comparable new horizontal machining center.

One of the most attractive features of a used NHX 5000 is the large 500 × 500 mm pallet system. This gives manufacturers considerable workholding capacity without moving into the footprint and cost of much larger horizontal machines.

The twin-pallet arrangement can provide a substantial productivity advantage. A shop purchasing a used machine still receives the benefit of automatic pallet exchange, allowing setup activities to be performed while machining continues.

The fourth-axis capability is also valuable in the used market. Rather than requiring multiple fixtures or separate machines to process different faces of a component, the NHX 5000 can rotate the pallet and access several sides from the same workholding setup.

Another major advantage is the 60-tool magazine. A used machine equipped with a complete 60-tool ATC can be ready for sophisticated production programs immediately, assuming the magazine is in good mechanical condition.

The CAT 40 spindle makes the machine easy to integrate into a conventional machining department. Shops that already have CAT 40 holders and cutters may be able to use existing tooling inventory.

Used NHX 5000 machines may also be sold with valuable accessories that would otherwise cost significant money to purchase separately. These can include through-spindle coolant, high-pressure Chip Blaster systems, chip conveyors, spindle chillers, tooling, probes, fixtures, and tombstones.

However, buyers should not assume that every 2012 NHX 5000 is in the same condition. Machine age makes inspection especially important. The spindle, ballscrews, linear guides, B-axis, pallet changer, ATC, coolant system, chip conveyor, control, and electrical components should all be evaluated.

A serious buyer should ideally request a live cutting demonstration and machine accuracy inspection. Spindle runout, axis positioning, backlash, B-axis repeatability, pallet positioning, circular interpolation, and sample-part accuracy should all be checked where practical.

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HOW MUCH DOES A USED DMG MORI NHX 5000 COST?

The price of a used DMG MORI NHX 5000 – 2012 depends heavily on machine condition, spindle configuration, hours, control, ATC capacity, coolant package, tooling, and included accessories.

A current used-machine listing for a 2012 DMG MORI NHX 5000 is documented with 28.74-inch X and Y travel, 31.496-inch Z travel in the overview, 12,000 RPM spindle, 40-tool specification in the summary, 500 mm pallet, and used-good condition. The detailed specification on the same listing describes a 60-station ATC, 30 HP spindle, full fourth axis, 1,100-pound table capacity, M730BM control, chip conveyor, and through-spindle coolant.

Another documented 2012 NHX 5000 was equipped with Mitsubishi M730BM control, 40 HP spindle, 12,000 RPM, 60-tool changer, full fourth-axis 0.001-degree indexing, through-spindle coolant, Chip Blaster, chip conveyor, two pallets, and a machine weight of approximately 23,000 pounds. That machine is listed as sold, demonstrating that actual market prices can vary based on the individual machine and sale circumstances.

Another 2012 machine listing specifies 30 HP, 12,000 RPM, 60 ATC, 1,000 PSI through-spindle coolant, two pallets, full fourth-axis operation, chiller, and chip conveyor.

Because individual used-machine configurations differ, buyers should avoid treating one advertised price as a universal value for all 2012 NHX 5000 machines.

Value Factor	What Buyers Should Check
Machine Year	2012
Control	Mitsubishi M730-series or actual installed control
Spindle Speed	12,000 RPM documented
Spindle Power	30 HP / 40 HP configurations
Spindle Taper	CAT 40
ATC	60 stations on many documented machines
Pallets	2
Pallet Size	500 × 500 mm
Pallet Capacity	Approximately 1,100 lb
Fourth Axis	Full B-axis
B-Axis Resolution	0.001°
X Travel	Approximately 730 mm
Y Travel	Approximately 730 mm
Z Travel	Approximately 880 mm
Spindle	Runout, noise, vibration
Ballscrews	Backlash and wear
Linear Guides	Wear and lubrication
Pallet Changer	Positioning and repeatability
ATC	Arm, pockets and tool retention
Coolant	Pump and tank
TSC	Pressure and rotary union
Chip Blaster	Operation if equipped
Chip Conveyor	Motor and conveyor condition
Chiller	Operation if equipped
Probing	Verify if included
Tooling	CAT 40 tooling included
Machine Hours	Power-on and cutting hours
Maintenance	Service records
Accuracy	Ball-bar / inspection results
Rigging	Removal and transportation cost

A lower-priced NHX 5000 can become expensive if it requires spindle rebuilding, ballscrew replacement, B-axis repair, pallet-changer work, ATC repairs, or control electronics.

Conversely, a machine with a healthy spindle, accurate axes, functioning pallet changer, 60-tool ATC, high-pressure through-spindle coolant, chip conveyor, chiller, and documented maintenance may command a significantly higher price while offering much better production value.

For a DMG MORI NHX 5000 – 2012, the best buying decision therefore depends on the exact configuration and actual mechanical condition, not simply the model year. A properly inspected and maintained machine can still provide substantial horizontal machining and production capability for manufacturers looking for a proven used HMC.