USED DMG MORI NVX 5080 II 2017

The DMG MORI NVX 5080 II 2017 is a high-rigidity 3-axis CNC vertical machining center designed for precision milling, heavy-duty cutting, and production machining. The NVX series is part of DMG MORI’s advanced vertical machining platform, developed around rigid machine construction, high-speed axis movement, thermal stability, and precision machining.

The NVX 5080 II provides a substantial work envelope with approximately 800 mm X-axis travel, 530 mm Y-axis travel, and 510 mm Z-axis travel. The machine accommodates a large table and is designed for machining components used in automotive, aerospace, mold and die, industrial machinery, energy, and general manufacturing applications.

Depending on configuration, the NVX 5080 II can be equipped with a 40-taper spindle, high-speed spindle options, automatic tool changer, through-spindle coolant, chip conveyor, probing, and advanced DMG MORI control technology. The exact spindle, tool magazine, control, coolant, and automation package on a 2017 machine should be confirmed from the machine’s serial number and build sheet.

The NVX 5080 II is particularly attractive in the used CNC market because it combines a larger machining envelope with the rigidity and accuracy expected from a premium Japanese/German machine-tool manufacturer.

DMG MORI NVX 5080 II 2017 – AXIS

The NVX 5080 II’s 800 × 530 × 510 mm travel range gives it considerably more capacity than compact vertical machining centers and makes it suitable for medium-to-large workpieces.

DMG MORI NVX 5080 II 2017 – WORK ENVELOPE

The large table provides room for multiple vises, fixture plates, rotary equipment, or larger individual components. The machine is well suited to production environments where workholding flexibility is important.

DMG MORI NVX 5080 II 2017 – SPINDLE

The NVX 5080 II can be configured with different spindle packages depending on the original order. This allows the machine to be tailored for general-purpose cutting, high-speed machining, aluminum work, mold and die applications, or heavier cutting.

When evaluating a used machine, the spindle should be one of the highest-priority inspection areas. Buyers should check spindle runout, bearing noise, vibration, temperature, tool retention, taper condition, and performance at multiple RPM ranges.

DMG MORI NVX 5080 II 2017 – TOOL CHANGER

The automatic tool changer allows the NVX 5080 II to perform multiple machining operations within one program without requiring manual tool changes.

Depending on the machine’s configuration, the tool magazine can be equipped with a larger number of tool positions for production applications involving many different cutters.

DMG MORI NVX 5080 II 2017 – FEEDRATES

Actual rapid-traverse and cutting-feed rates should be verified from the machine’s specific build sheet and control because spindle and drive packages vary between NVX 5080 II configurations.

DMG MORI NVX 5080 II 2017 – CONTROL SYSTEM

The exact control generation is important when purchasing a used 2017 NVX 5080 II. Buyers should confirm the control model, software version, available memory, networking options, and whether probing or advanced machining cycles are installed.

DMG MORI NVX 5080 II 2017 – COOLANT AND CHIP MANAGEMENT

A used NVX 5080 II may be equipped with a chip conveyor and high-pressure through-spindle coolant. These options can significantly increase the machine’s value for production machining.

DMG MORI NVX 5080 II 2017 – PRECISION AND RIGIDITY

The NVX series is designed around rigidity and thermal stability. These characteristics help the machine maintain accuracy during demanding machining cycles and make it suitable for applications where surface finish and dimensional consistency are important.

DMG MORI NVX 5080 II 2017 – GENERAL INFORMATION

Because the NVX 5080 II was available with different spindle, control, tooling, and automation configurations, individual used machines should be checked against their serial number and factory specifications.

INDUSTRIES THAT USE DMG MORI NVX 5080 II 2017

The DMG MORI NVX 5080 II 2017 is suitable for:

• Aerospace
• Automotive
• Mold and die
• Medical manufacturing
• Energy
• Industrial machinery
• Defense manufacturing
• Precision engineering
• General manufacturing
• Job shops
• Prototype manufacturing
• Tool and die
• Heavy equipment

TYPICAL PARTS DMG MORI NVX 5080 II 2017 CAN PRODUCE

The machine can produce:

• Automotive components
• Aerospace components
• Mold components
• Dies
• Fixtures
• Jigs
• Tooling plates
• Machine housings
• Pump components
• Valve components
• Hydraulic components
• Precision brackets
• Industrial components
• Prototype parts

Typical machining operations include face milling, pocketing, contouring, profiling, drilling, tapping, boring, reaming, slotting, chamfering, and 3D surface machining.

WHY CHOOSE DMG MORI NVX 5080 II 2017

The DMG MORI NVX 5080 II 2017 offers an attractive combination of machining capacity, rigidity, precision, and production capability. Its approximately 800 × 530 × 510 mm axis travel provides enough room for many medium-sized components while maintaining the rigidity expected from a dedicated vertical machining center.

The machine is also versatile. Depending on its original configuration, it can be equipped with high-speed spindle technology, automatic tool changing, probing, through-spindle coolant, chip evacuation, and rotary-axis capability.

The large work envelope is particularly useful for shops that frequently machine larger fixtures, mold components, housings, plates, and industrial parts. Its high-rigidity construction also makes it appropriate for cutting steel and other demanding materials.

WHY BUY USED DMG MORI NVX 5080 II 2017

Buying a used DMG MORI NVX 5080 II 2017 can provide manufacturers with access to a premium CNC machining platform at a lower investment than purchasing a new equivalent machine.

The 800 mm X-axis travel is especially useful for shops moving beyond smaller VMCs, while the 530 mm Y-axis and 510 mm Z-axis provide substantial vertical machining capacity.

A properly equipped used machine can include valuable options such as high-pressure coolant, chip conveyor, probing, fourth-axis preparation, advanced control functions, and larger tool magazines. These options can substantially increase productivity and reduce setup time.

The 2017 model year is also relatively modern compared with many older machines available on the used market. Buyers should still evaluate actual machine condition rather than relying on age alone.

Important inspection points include the spindle, spindle taper, drawbar, ballscrews, linear guides, axis backlash, machine geometry, tool changer, CNC control, coolant system, chip conveyor, lubrication system, electrical cabinet, probing system, and rotary-axis equipment.

HOW MUCH DOES A USED DMG MORI NVX 5080 II 2017 COST?

The price of a used DMG MORI NVX 5080 II 2017 depends heavily on the machine’s spindle hours, condition, spindle specification, control, tool capacity, probing, coolant package, chip conveyor, fourth-axis equipment, tooling, and location.

Because used NVX 5080 II machines are commonly sold with different factory configurations, there is no single reliable price that applies to every 2017 example. A machine with a high-speed spindle, large tool magazine, Renishaw probing, through-spindle coolant, chip conveyor, and fourth-axis capability can command considerably more than a basic configuration.

For used-equipment listing purposes, a reasonable working estimate for a DMG MORI NVX 5080 II 2017 is approximately $80,000 to $130,000 USD, depending heavily on condition, configuration, hours, options, tooling, and location.

A low-hour machine with excellent spindle condition, accurate axes, a modern control package, functioning ATC, probing, high-pressure coolant, chip conveyor, and complete maintenance records can command a premium.

Before establishing the final selling price, buyers should verify spindle hours, cutting hours, spindle runout, spindle bearing condition, X/Y/Z-axis accuracy, ballscrew backlash, linear-guide condition, ATC operation, drawbar condition, control functionality, probing, coolant system, chip conveyor, lubrication system, electrical condition, tooling, fourth-axis equipment, and overall machine geometry.