The DMG MORI NVX 5100 2nd Generation is a high-precision vertical machining center engineered for advanced milling applications requiring superior accuracy, rigidity, and surface quality. As part of the premium NVX series, it represents a significant upgrade over conventional vertical machining centers by integrating an optimized machine structure, advanced thermal stability, and intelligent control systems. The machine offers axis travels of approximately 1,050 mm (X), 530 mm (Y), and 510 mm (Z), with the ability to handle workpieces up to 1,200 kg, making it suitable for medium-to-large precision components across industries such as aerospace, die & mold, and high-end engineering.
A defining feature of the NVX 5100 is its “ultimate hybrid structure,” which combines super-wide slideways on the X and Y axes with high-rigidity roller guides on the Z-axis. This design minimizes vibration and improves machining stability, resulting in excellent surface finishes and consistent dimensional accuracy. The optimized column structure significantly reduces thermal displacement, ensuring reliable precision even during long machining cycles.
The spindle system is another highlight, offering both high-speed and high-torque configurations such as speedMASTER and powerMASTER options. These allow the machine to efficiently handle a wide range of materials, from aluminum to hardened steels. Advanced technologies such as spindle growth sensors, machine vibration control (MVC), and tool monitoring systems enhance process stability while protecting tooling and improving productivity.
From a productivity standpoint, the NVX 5100 is designed to maximize cutting time while minimizing idle time. Features such as fast tool changes, chip management systems, and automation compatibility—including 5-axis upgrades—support efficient operations. With CELOS and MAPPS control systems, the machine also provides digital connectivity, real-time monitoring, and user-friendly operation. Overall, the NVX 5100 2nd Generation is a premium machining center built for high-precision, high-efficiency manufacturing environments.
DMG MORI NVX 5100 2nd GenerationSPECIFICATIONS
DMG MORI NVX 5100 2ND GENERATION – AXIS
Vertical Machining Center (VMC)
3-axis configuration (X, Y, Z)
High-rigidity hybrid machine structure
Roller guideways for enhanced precision
Optimized column design to reduce thermal displacement
DMG MORI NVX 5100 2ND GENERATION – AXIS TRAVELS
X-axis travel: 1,050 mm
Y-axis travel: 530 mm
Z-axis travel: 510 mm
DMG MORI NVX 5100 2ND GENERATION – CAPACITY
Maximum workpiece weight: approx. 1,200 kg
Maximum workpiece height: approx. 510 mm
Maximum workpiece length: approx. 1,350 mm
Maximum workpiece width: approx. 600 mm
Designed for medium to large precision components
DMG MORI NVX 5100 2ND GENERATION – SPINDLE
No.40 taper high-speed spindle (speedMASTER)
Optional No.50 taper for heavy-duty cutting (powerMASTER)
High-speed and high-torque machining capability
Advanced thermal compensation system
Improved spindle run-out accuracy for better surface finish
DMG MORI NVX 5100 2ND GENERATION – POWER & AIR REQUIREMENTS
Power requirement: approx. 30–40 kVA
Compressed air: approx. 6 bar
Energy-efficient system design
Stable electrical performance
DMG MORI NVX 5100 2ND GENERATION – DIMENSIONS
Compact footprint for its class
Machine weight: approx. 7,000–8,000 kg
Space-efficient design
Easy access for operation and maintenance
DMG MORI NVX 5100 2ND GENERATION – GENERAL INFORMATION
High-precision vertical machining center
Designed for superior rigidity and accuracy
Thermal stability for consistent machining
Advanced vibration control and protection systems
Automation-ready with digital integration
Suitable for high-mix and batch production
INDUSTRIES THAT USE DMG MORI NVX 5100 2ND GENERATION
Automotive manufacturing
Aerospace industry
General engineering
Mold and die industry
Medical device manufacturing
Precision machining industries
TYPICAL PARTS DMG MORI NVX 5100 2ND GENERATION CAN PRODUCE
Precision housings
Automotive components
Aerospace structural parts
Mold and die components
Industrial machinery parts
High-precision machined components
WHY CHOOSE DMG MORI NVX 5100 2ND GENERATION
Excellent rigidity and thermal stability
Flexible spindle options for varied applications
Advanced CELOS digital platform
High accuracy and superior surface finish
Efficient chip management system
Ideal for both high-speed and heavy-duty machining
WHY BUY USED DMG MORINVX 5100 2nd Generation
Buying a used DMG MORI NVX 5100 2nd Generation is a strategic move for manufacturers looking to access high-end machining capabilities without the high upfront investment of a new machine. One of the biggest advantages is depreciation. Premium CNC machines lose a significant portion of their value within the first few years, allowing buyers to acquire advanced technology—such as hybrid structural design, thermal compensation, and intelligent monitoring systems—at a considerably lower price.
Another key factor is cutting time efficiency relative to cost. The NVX 5100 is designed for high-speed, high-precision machining, and even used machines retain strong performance characteristics. For many applications, including mold making and precision engineering, a well-maintained used machine can deliver nearly identical cycle times to a new unit. This results in a lower cost per part and improved return on investment, particularly for shops that do not require continuous high-volume production.
Durability is another important reason to consider a used NVX 5100. Built with high-quality materials and advanced engineering, the machine is designed for long-term operation. Machines with moderate cutting time (typically under 15,000–20,000 spindle hours) still offer excellent accuracy and reliability. Even machines with higher cutting hours can remain productive if properly maintained, although periodic servicing of components such as spindles and guideways may be required.
Additionally, used machines often include valuable extras such as tooling, probing systems, or automation-ready configurations. Evaluating a machine based on cutting time rather than just manufacturing year is critical, as spindle hours provide a clearer indication of wear. For businesses focused on maximizing ROI, a used NVX 5100 2nd Generation offers a strong combination of advanced technology, precision, and cost efficiency.
HOW MUCH DOES A USED DMG MORINVX 5100 2nd GenerationCOST?
The cost of a used DMG MORI NVX 5100 2nd Generation depends on several factors, including manufacturing year, configuration, machine condition, and most importantly, cutting time (spindle hours). Machines with lower cutting hours and strong maintenance records typically command higher prices, while heavily used machines are more affordable due to wear on critical components such as spindles, guideways, and ball screws.
For machines built before 2000, direct NVX 5100 models do not exist, but comparable high-precision vertical machining centers generally range from $15,000 to $40,000. These machines often have high cutting hours and outdated control systems, making them suitable for basic machining tasks rather than high-precision applications.
Machines from the 2000–2010 period, while not exact NVX 5100 models, typically fall within the range of $40,000 to $90,000 depending on condition and usage. Units with moderate cutting time (around 20,000–30,000 spindle hours) are considered good value, offering reliable performance with manageable wear. These machines are widely used in mid-sized workshops and subcontract manufacturing environments.
For actual NVX 5100 2nd Generation machines manufactured between 2010 and 2025, prices typically range from $100,000 to $200,000 or more depending on specifications and condition. Machines with low cutting hours (under 10,000–15,000 hours), advanced spindle configurations, and features such as CELOS integration or automation readiness are priced at the higher end.
Cutting time is one of the most critical pricing factors. A newer machine with excessive spindle hours may be valued similarly to an older machine with lower usage. Therefore, buyers should prioritize machine condition, service history, and actual machining performance rather than relying solely on manufacturing year to ensure a smart and cost-effective investment.