DMG MORI WASINO G 100M | 480
USED DMG MORI WASINO G 100M | 480
The DMG MORI WASINO G 100M | 480 is a high-precision flat-tooling CNC turning center designed for stable, micron-level machining of small to medium-sized components with a strong focus on accuracy, surface quality, and long-term dimensional stability. It is part of the WASINO G-series, which is well known for combining rigid construction with thermally stable design to ensure consistent precision over long production cycles.
The machine supports a maximum workpiece diameter of approximately 285 mm and a maximum workpiece length of 280 mm, with a bar capacity of up to 38 mm, making it suitable for precision parts such as hydraulic components, automotive fittings, and high-value industrial components.
A key feature of the G 100M | 480 is its extended X-axis travel of 480 mm, which provides greater tool positioning flexibility compared to standard compact precision lathes. This makes it suitable for complex machining setups where multiple tool approaches or longer reach is required.
The machine is built on a symmetrical flat-bed structure with a low center of gravity, which minimizes thermal deformation and ensures consistent machining accuracy even during long, continuous operations. The rigid cast iron body also provides strong vibration damping, which is essential for achieving high-quality surface finishes.
Unlike high-speed production machines, the G 100M | 480 is designed for precision-first machining, where dimensional accuracy and surface finish are prioritized over maximum material removal rate. It typically operates with spindle speeds up to around 6000 rpm, making it suitable for both finishing and controlled roughing operations.
The “M” configuration generally indicates enhanced capability or machining flexibility within the G-series platform, often used for more complex precision applications or expanded tooling setups.
The machine is also compatible with automation systems such as bar feeders and part handling units, enabling semi or fully automated production environments.
Overall, the WASINO G 100M | 480 is a high-precision CNC lathe designed for stable, long-term accuracy, excellent surface finish, and reliable performance in precision manufacturing environments where quality is more important than cycle time.
DMG MORI WASINO G 100M | 480 SPECIFICATIONS
| DMG MORI WASINO G 100M | 480 – AXIS |
|---|
| 2 Linear Axes (X, Z) |
| Fixed flat tooling system (no turret) |
| Symmetrical high-rigidity bed design |
| Ultra-precision turning architecture |
| Zero-indexing time concept |
| DMG MORI WASINO G 100M | 480 – AXIS TRAVELS |
|---|
| X-Axis Travel: 480 mm |
| Z-Axis Travel: 285 mm |
| Long-stroke precision sliding system |
| Designed for stable finishing accuracy |
| DMG MORI WASINO G 100M | 480 – CAPACITY |
|---|
| Maximum Turning Diameter: 285 mm |
| Maximum Turning Length: 280 mm |
| Bar Capacity: 38 mm |
| Suitable for precision and hard turning |
| Medium-size high-accuracy components |
| DMG MORI WASINO G 100M | 480 – SPINDLE |
|---|
| High-precision motor spindle system |
| Low vibration, high thermal stability design |
| Optimized for micron-level accuracy |
| Continuous precision machining capability |
| DMG MORI WASINO G 100M | 480 – TABLE / WORKHOLDING |
|---|
| Flat tooling system (no indexing turret) |
| Symmetrical bed for thermal balance |
| Loader / automation compatible |
| High rigidity clamping system |
| DMG MORI WASINO G 100M | 480 – TOOL SYSTEM |
|---|
| Fixed tool slide system |
| No tool indexing (zero-index advantage) |
| Reduced cycle variation |
| High repeatability machining setup |
| DMG MORI WASINO G 100M | 480 – FEEDRATES |
|---|
| Optimized for precision rather than extreme speed |
| Stable low-vibration cutting |
| Consistent finishing quality |
| Suitable for high-accuracy production |
| DMG MORI WASINO G 100M | 480 – COOLANT & CHIP MANAGEMENT |
|---|
| Efficient coolant delivery system |
| Chip flow designed for stable machining |
| Continuous production operation capable |
| DMG MORI WASINO G 100M | 480 – CONTROL SYSTEM |
|---|
| Fanuc CNC control system |
| High-precision positioning control |
| Stable machining program execution |
| Automation-ready interface |
| DMG MORI WASINO G 100M | 480 – POWER & AIR REQUIREMENTS |
|---|
| Industrial CNC power supply (medium class) |
| Air supply approx. 5–6 bar |
| Designed for continuous precision operation |
| DMG MORI WASINO G 100M | 480 – DIMENSIONS |
|---|
| Compact horizontal precision lathe structure |
| Heavy rigid cast-iron bed |
| Low vibration, high stability design |
| DMG MORI WASINO G 100M | 480 – GENERAL INFORMATION |
|---|
| Machine Type: Ultra-high precision flat tooling CNC lathe |
| Designed for micron-level accuracy machining |
| Symmetrical structure reduces thermal distortion |
| Best suited for finishing and precision turning |
| Focus on accuracy over multi-axis complexity |
| INDUSTRIES THAT USE DMG MORI WASINO G 100M | 480 |
|---|
| Automotive precision components |
| Hydraulic systems |
| Aerospace precision parts |
| Industrial machinery |
| High-precision engineering |
| TYPICAL PARTS DMG MORI WASINO G 100M | 480 CAN PRODUCE |
|---|
| Precision shafts |
| Hydraulic fittings |
| High-tolerance bushings |
| Fine surface finish cylindrical parts |
| Hard-turned precision components |
| WHY CHOOSE DMG MORI WASINO G 100M | 480 |
|---|
| Extremely high precision (micron-level accuracy) |
| Very stable thermal + structural design |
| Zero-indexing improves consistency & finish |
| Excellent surface quality capability |
| Ideal for precision finishing and critical components |
WHY BUY USED DMG MORI WASINO G 100M | 480
Buying a used DMG MORI WASINO G 100M | 480 is a strong choice for manufacturers focused on ultra-precision machining, consistent surface finish, and long-term dimensional stability rather than high-speed mass production. This machine is engineered around a symmetrical flat-bed design and high-rigidity structure, which helps maintain stable accuracy even during extended machining cycles.
The biggest advantage is exceptional precision retention over time. The machine’s low center-of-gravity bed and pre-tensioned structure minimize thermal displacement, meaning even older machines can continue to produce high-accuracy parts if properly maintained. This makes it ideal for industries such as aerospace, medical, and precision automotive manufacturing.
Cutting time is a critical evaluation factor, but for this model it reflects precision wear rather than just production load. Machines with lower cutting time (under 15,000–20,000 hours) are generally preferred, as spindle bearings, slideways, and positioning accuracy remain in better condition. Units under 10,000–12,000 hours are considered premium because they retain near-original accuracy potential.
Another major advantage is the flat tooling system, which eliminates turret indexing delays (“zero indexing time”) and improves rigidity during cutting. This leads to better repeatability and reduced mechanical wear compared to turret-based systems.
Compared to high-production multi-spindle machines, the G 100M | 480 operates under lower mechanical stress per cycle, resulting in slower wear progression and longer usable life.
It is especially suitable for precision job shops, finishing operations, and high-value component manufacturing, where accuracy and consistency are more important than maximum throughput.
Overall, a used WASINO G 100M | 480 offers strong value through rigid construction, thermal stability, and long-term accuracy retention, making it an excellent investment for precision-focused machining environments.
HOW MUCH DOES A USED DMG MORI WASINO G 100M | 480 COST?
The cost of a used DMG MORI WASINO G 100M | 480 depends on manufacturing year, spindle condition, control system, maintenance history, and especially cutting time.
For machines manufactured before 2000, similar high-precision flat-tooling CNC lathes typically range from $25,000 to $60,000, depending on wear condition and retrofit status. These machines may require CNC or electrical upgrades to meet modern production standards.
Machines produced between 2000 and 2010 generally fall within the $60,000 to $120,000 range, depending on spindle health, axis accuracy, and maintenance quality. Units with lower cutting time (under 15,000–20,000 hours) command higher prices due to better retained precision.
For 2010–2025-era machines or well-maintained late models, prices typically range from $120,000 to $220,000+, especially if equipped with advanced CNC controls, automation systems such as bar feeders, or chip management solutions.
Cutting time plays a key role in valuation. Since this machine is precision-oriented, it reflects accuracy degradation rather than pure production fatigue. Machines with low cutting time (under 10,000–12,000 hours) are highly desirable because they maintain spindle concentricity, thermal stability, and guideway accuracy close to factory condition.
Other important pricing factors include:
- Spindle vibration and bearing condition
- Ball screw wear and backlash
- Control system generation (Fanuc / MAPPS upgrades increase value)
- Maintenance documentation and service history
- Automation integration level
Buyers should prioritize geometric accuracy tests and machining results over age alone, as precision performance is the primary value driver.
Overall, the cost of a used WASINO G 100M | 480 is determined by precision condition, usage intensity, and configuration, with cutting time serving as a key indicator of long-term machining reliability.
