USED DMG MORI WASINO G 100 | 300

The DMG MORI WASINO G 100 | 300 is a super high-precision CNC turning center designed for ultra-stable machining of small to medium components, typically used in industries where dimensional accuracy and surface finish are more important than raw material removal rate. It belongs to the WASINO G-series, which is known for flat-tooling architecture, thermal stability, and micron-level precision machining capability.

The machine supports a maximum turning diameter of approximately 285 mm and a working stroke of around 300 mm on the X-axis and 285 mm on the Z-axis, making it suitable for precision parts such as hydraulic components, medical parts, connectors, and high-value automotive components.

A key design feature of the G 100 | 300 is its flat-bed symmetrical structure, which reduces thermal distortion and improves long-term machining stability. This symmetrical design around the spindle center ensures that heat expansion is evenly distributed, maintaining tight tolerances even during continuous operation.

Unlike high-production multi-spindle machines, the WASINO G 100 | 300 is built for precision-first machining, meaning it prioritizes accuracy, surface quality, and stability over extreme cycle time reduction. It is commonly used in applications where tolerances are in the micron range and repeatability is critical.

The machine typically features a high-rigidity spindle system (around 5.5 kW class depending on configuration) and a speed capability up to approximately 6000 rpm, enabling stable cutting in both roughing and finishing operations.

Tooling is based on a flat tool layout system, which improves accessibility, reduces indexing delay, and increases positional accuracy. This design also simplifies tool setup and improves rigidity during cutting.

The machine is compatible with automation systems such as bar feeders and part unloaders, allowing it to be integrated into semi-automated or fully automated production lines.

Overall, the DMG MORI WASINO G 100 | 300 is a high-precision CNC lathe focused on accuracy, stability, and surface quality, making it ideal for manufacturers that prioritize machining quality over ultra-high production speed.

DMG MORI WASINO G 100 | 300 SPECIFICATIONS

WHY BUY USED DMG MORI WASINO G 100 | 300

Buying a used DMG MORI WASINO G 100 | 300 is a strong option for manufacturers focused on high-precision machining, tight tolerances, and stable long-term accuracy requirements. Unlike mass-production turning centers, this machine is designed for precision stability, meaning it retains strong value even in used condition if properly maintained.

The biggest advantage is long-term dimensional stability. The symmetrical flat-bed construction minimizes thermal deformation, so even older machines can still achieve high accuracy if spindle and guideway conditions are maintained properly. This makes it attractive for precision industries such as aerospace components, medical parts, and hydraulic systems.

Cutting time is important but behaves differently compared to high-speed production machines. For the G 100 | 300, lower cutting time (under 15,000–20,000 hours) is generally ideal, as it ensures spindle bearings, guideways, and slide surfaces remain in good condition. Units under 10,000–12,000 hours are considered premium due to excellent residual accuracy potential.

Another advantage is lower mechanical stress compared to multi-spindle production machines. Since this machine is not designed for extreme cycle-time pressure, wear is typically more gradual, allowing longer usable life if maintained correctly.

Additionally, DMG MORI support and WASINO engineering heritage ensure availability of spare parts and service support, although older control systems may require upgrades or retrofitting depending on region and application.

It is especially valuable for shops that prioritize high-accuracy small batch production, prototype machining, or precision finishing operations rather than mass production.

In summary, a used WASINO G 100 | 300 offers strong value through precision stability, rigid construction, and long-term accuracy retention, making it ideal for high-quality machining environments.

HOW MUCH DOES A USED DMG MORI WASINO G 100 | 300 COST?

The cost of a used DMG MORI WASINO G 100 | 300 depends on manufacturing year, condition, control system, spindle health, and especially cutting time.

For older machines manufactured before 2000, similar high-precision CNC lathes typically range from $25,000 to $60,000, depending on wear condition, retrofit status, and control upgrades. These machines may require modernization of electronics or CNC systems.

Machines produced between 2000 and 2010 generally fall within the $60,000 to $120,000 range, depending on spindle condition, axis accuracy, and maintenance history. Machines with lower cutting time (under 15,000–20,000 hours) are priced higher due to better retained precision.

For 2010–2025-era units or well-maintained late models, prices typically range from $120,000 to $220,000+, especially if equipped with automation options such as bar feeders, chip conveyors, or updated CNC controls.

Cutting time is a key valuation factor, but unlike high-production machines, the focus here is not just wear—it is precision degradation over time. Machines with low cutting time (under 10,000–12,000 hours) are highly desirable because they maintain spindle concentricity, thermal stability, and guideway smoothness closer to original factory condition.

Additional cost drivers include:

• Spindle bearing condition
• Ball screw wear and backlash
• Control system version (Fanuc upgrades increase value)
• Availability of maintenance history
• Automation integration level

Because this machine is precision-oriented rather than production-maximizing, buyers should prioritize accuracy test results over age alone.

Overall, the cost of a used WASINO G 100 | 300 is determined by precision condition, maintenance quality, and usage history, with cutting time acting as a supporting but not sole valuation metric for long-term machining reliability.