USED DMG MORI NLX 4000/1500 2022

The DMG MORI NLX 4000/1500 2022 is a large, high-rigidity CNC universal turning center designed for machining long, large-diameter, and demanding components. It belongs to the NLX family from DMG MORI and combines heavy-duty turning capability with powerful milling functions, making it suitable for manufacturers that need turning, drilling, tapping, and milling operations on the same machine.

The 1500 version is the long-bed configuration of the NLX 4000. DMG MORI lists a maximum workpiece length of approximately 62″ / 1,584 mm, maximum turning diameter of approximately 24″ / 600 mm, and maximum bar capacity of approximately 5″ / 117 mm. The machine has up to 66″ / 1,685 mm of Z-axis stroke on the 1500 version.

The NLX 4000 platform is engineered for rigidity, with large-diameter ballscrews and enhanced slideway areas. It is also available with a BMT built-in motor turret and driven tooling, allowing the machine to perform milling operations in addition to conventional turning. DMG MORI lists a maximum rotary-tool spindle speed of 10,000 RPM and maximum milling torque of 100 N·m for applicable configurations.

A 2022 machine can be configured differently depending on spindle, turret, control, chuck, tailstock, steady rest, coolant, chip conveyor, probing, and automation options, so the exact machine configuration should always be confirmed using its serial number and build sheet.

DMG MORI NLX 4000/1500 2022 – AXIS

The 1500 configuration provides substantially more Z-axis travel than the 750 version, making it particularly suitable for long shafts, large industrial components, and other extended workpieces.

DMG MORI NLX 4000/1500 2022 – WORK ENVELOPE

DMG MORI lists the NLX 4000/1500 with approximately 600 mm maximum workpiece diameter, 1,584 mm maximum workpiece length, and 117 mm bar capacity. Exact turning diameter can vary with chuck, tooling, and configuration.

DMG MORI NLX 4000/1500 2022 – MAIN SPINDLE

The NLX 4000 is designed for high-torque, heavy-duty cutting as well as precision machining. DMG MORI lists a 2,000 RPM maximum main-spindle speed for the NLX 4000/1500.

DMG MORI NLX 4000/1500 2022 – MILLING SPINDLE

The BMT built-in motor turret gives the NLX 4000 substantial milling capability. DMG MORI lists 10,000 RPM maximum rotary-tool speed and up to 100 N·m milling torque for applicable configurations.

This allows the machine to perform operations such as cross-hole drilling, tapping, keyway machining, face milling, contour milling, and other driven-tool operations without removing the workpiece from the turning center.

DMG MORI NLX 4000/1500 2022 – TURRET

The BMT turret is an important feature of the NLX 4000 because the driven-tool motor is integrated into the turret. This improves rigidity and enables powerful milling operations.

DMG MORI NLX 4000/1500 2022 – CONTROL SYSTEM

DMG MORI identifies MAPPS Mitsubishi among the control/software alternatives for the NLX 4000. Depending on the specific 2022 machine and market, the exact control and software package should be verified from the machine documentation.

DMG MORI NLX 4000/1500 2022 – COOLANT AND CHIP MANAGEMENT

The NLX 4000 incorporates thermal-control measures including coolant circulation inside machine castings on applicable configurations. This contributes to maintaining machining accuracy during extended production cycles.

DMG MORI NLX 4000/1500 2022 – PRECISION AND RIGIDITY

DMG MORI states that the NLX 4000 has increased slideway areas compared with conventional machines and uses large-diameter ballscrews to enhance rigidity. The company also lists 6.8 seconds C-axis positioning accuracy for the platform.

DMG MORI NLX 4000/1500 2022 – GENERAL INFORMATION

The figures above are based on DMG MORI’s published NLX 4000/1500 platform specifications. Exact specifications for an individual 2022 machine may vary according to options and peripheral equipment.

INDUSTRIES THAT USE DMG MORI NLX 4000/1500 2022

The DMG MORI NLX 4000/1500 2022 is suitable for:

• Oil and gas
• Aerospace
• Automotive
• Energy
• Heavy equipment
• Industrial machinery
• Power generation
• Hydraulic equipment
• Construction equipment
• General manufacturing
• Large component manufacturing
• Precision engineering

Its long Z-axis capacity makes it particularly useful for industries producing long shafts, large rotating components, flanges, housings, and other demanding parts.

TYPICAL PARTS DMG MORI NLX 4000/1500 2022 CAN PRODUCE

The machine can produce:

• Long shafts
• Drive shafts
• Large flanges
• Hydraulic components
• Pump components
• Valve bodies
• Bushings
• Large sleeves
• Industrial rollers
• Gear components
• Oilfield components
• Aerospace components
• Heavy-equipment components
• Custom industrial parts

The combination of turning, C-axis, driven tooling, and optional Y-axis capability allows many components to be completed in fewer setups.

WHY CHOOSE DMG MORI NLX 4000/1500 2022

The DMG MORI NLX 4000/1500 2022 is designed for manufacturers that need both large workpiece capacity and sophisticated machining capability. Its approximately 62-inch maximum workpiece length and 24-inch maximum turning diameter make it suitable for components that are beyond the practical envelope of many smaller turning centers.

Its high-rigidity construction is another important advantage. DMG MORI uses large-diameter ballscrews and increased slideway areas to improve vibration damping and dynamic rigidity. These characteristics are especially valuable during heavy-duty turning of large-diameter components.

The BMT built-in motor turret adds substantial milling capability. With up to 10,000 RPM driven-tool speed and 100 N·m milling torque, the NLX 4000 can perform demanding milling and drilling operations in addition to turning.

WHY BUY USED DMG MORI NLX 4000/1500 2022

Buying a used DMG MORI NLX 4000/1500 2022 can provide manufacturers with access to a relatively modern large-capacity turning center without the cost of purchasing new equipment.

A 2022 machine can be particularly attractive when it has low spindle hours, good axis condition, a clean maintenance history, functional driven tooling, accurate C-axis operation, and useful options such as Y-axis, probing, high-pressure coolant, chip conveyor, bar feeder interface, or automation.

The machine’s long-bed configuration is particularly valuable for manufacturers producing large and long rotating components. The ability to combine turning and milling can also reduce the number of setups required for complex parts.

Before buying, inspect the main spindle, spindle bearings, chuck, hydraulic system, turret indexing, driven-tool system, C-axis, X/Y/Z-axis accuracy, ballscrews, linear guides, control, coolant system, chip conveyor, lubrication system, and electrical cabinet.

HOW MUCH DOES A USED DMG MORI NLX 4000/1500 2022 COST?

The price of a used DMG MORI NLX 4000/1500 2022 can vary substantially because these machines are often sold with different spindle, turret, chuck, tooling, automation, coolant, probing, and control configurations.

The long-bed 1500 version is a substantial industrial machine with approximately 1,584 mm maximum workpiece length, 600 mm maximum turning diameter, and 117 mm bar capacity.

Because reliable public transaction data for the exact 2022 NLX 4000/1500 configuration is limited, a fixed market value should not be assumed. For used-equipment listing purposes, a reasonable working estimate is approximately $250,000 to $400,000 USD, depending heavily on machine condition, spindle hours, options, tooling, automation, location, and included accessories.

A low-hour machine with a healthy main spindle, BMT driven tooling, Y-axis, C-axis, chip conveyor, high-pressure coolant, probing, bar-feed capability, and strong maintenance records can command a premium.

Before establishing the final selling price, buyers should verify spindle hours, cutting hours, chuck condition, spindle runout, turret condition, live-tool operation, C-axis accuracy, X/Y/Z-axis positioning, ballscrew backlash, linear-guide condition, control functionality, coolant system, chip conveyor, lubrication system, electrical condition, tooling, bar feeder, and overall machine geometry.