DMG MORI WASINO G-06
USED DMG MORI WASINO G-06
The DMG MORI WASINO G-06 is a super high-precision flat-tooling CNC turning center designed for small component machining up to 60 mm diameter, with a strong focus on stability, surface finish, and dimensional accuracy rather than high-speed mass production. It belongs to the WASINO G-series, which is well known for delivering micron-level machining precision using a rigid gang-tool (flat tool) layout system.
The machine supports a maximum workpiece diameter of 60 mm and a maximum workpiece length of 60 mm, with a bar capacity of up to 38 mm, making it suitable for precision parts such as medical components, hydraulic fittings, connectors, and small automotive parts.
A key feature of the G-06 is its symmetrical flat-bed structure, which is designed to maintain stable machining accuracy by reducing thermal deformation. This design ensures that heat is evenly distributed, helping maintain tight tolerances even during long production runs. The machine also features low center-of-gravity construction and highly rigid slideways, which significantly improves vibration damping and machining stability.
Unlike production-oriented multi-spindle machines, the G-06 focuses on precision turning and high-quality finishing, where tool rigidity and positional accuracy are more important than cycle-time optimization. It uses a flat tooling system with zero indexing time, meaning tools are fixed in position, which reduces movement delays and improves accuracy consistency.
The machine typically offers X-axis travel of 300 mm and Z-axis travel of 285 mm, allowing flexible machining of complex geometries within a compact footprint.
It is also capable of hard turning, finishing, and high-value machining applications, making it suitable for industries requiring tight tolerances and superior surface finish quality. Automation compatibility allows integration with bar feeders and unloading systems for semi-automated production.
Overall, the WASINO G-06 is a high-precision CNC lathe designed for stable, accurate, and high-quality machining of small components, prioritizing precision and repeatability over extreme production speed.
DMG MORI WASINO G-06 SPECIFICATIONS
| DMG MORI WASINO G-06 – AXIS |
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| 2 Linear Axes (X, Z) |
| Flat tooling (gang-type) configuration |
| Symmetrical bed design for stability |
| No turret indexing (zero indexing time concept) |
| Ultra-high precision turning architecture |
| DMG MORI WASINO G-06 – AXIS TRAVELS |
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| X-Axis Travel: 300 mm ([turn0search0]) |
| Z-Axis Travel: 285 mm ([turn0search0]) |
| Long stroke for flexible tooling layout |
| Designed for stable precision machining |
| DMG MORI WASINO G-06 – CAPACITY |
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| Maximum Turning Diameter: 60 mm ([turn0search0]) |
| Maximum Turning Length: 60 mm ([turn0search0]) |
| Bar Capacity: 38 mm ([turn0search0]) |
| Ideal for small precision components |
| High-volume production of compact parts |
| DMG MORI WASINO G-06 – SPINDLE |
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| High-performance precision spindle system |
| Low vibration design for accuracy |
| Thermal stability optimized structure |
| Suitable for finishing & hard turning |
| DMG MORI WASINO G-06 – TABLE / WORKHOLDING |
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| Flat tool slide system (no turret rotation) |
| Symmetrical bed for thermal balance |
| High rigidity workholding |
| Automation / bar feeder compatible |
| DMG MORI WASINO G-06 – TOOL SYSTEM |
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| Gang-type flat tool arrangement |
| Fixed tool positions (no indexing delay) |
| High repeatability machining setup |
| Reduced cycle variation |
| DMG MORI WASINO G-06 – FEEDRATES |
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| High-speed precision machining cycles |
| Optimized for short cycle time production |
| Stable cutting performance |
| Suitable for mass production |
| DMG MORI WASINO G-06 – COOLANT & CHIP MANAGEMENT |
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| Efficient coolant delivery system |
| Stable chip evacuation |
| Designed for continuous production |
| Low maintenance operation |
| DMG MORI WASINO G-06 – CONTROL SYSTEM |
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| Fanuc CNC control system |
| High precision positioning control |
| Simple and stable programming structure |
| Automation-ready integration |
| DMG MORI WASINO G-06 – POWER & AIR REQUIREMENTS |
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| Industrial CNC machine power (compact class) |
| Air supply approx. 5–6 bar |
| Energy-efficient operation |
| DMG MORI WASINO G-06 – DIMENSIONS |
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| Compact footprint precision lathe |
| Heavy rigid cast bed |
| Low vibration structure |
| DMG MORI WASINO G-06 – GENERAL INFORMATION |
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| Machine Type: Super high-precision flat tooling CNC lathe |
| Designed for micron-level accuracy (≈2 µm thermal stability) |
| Symmetrical structure reduces distortion |
| Focus on precision finishing and hard turning |
| Zero-indexing concept for higher efficiency |
| INDUSTRIES THAT USE DMG MORI WASINO G-06 |
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| Automotive precision components |
| Hydraulic components |
| Electrical / connector parts |
| Industrial machinery parts |
| General precision engineering |
| TYPICAL PARTS DMG MORI WASINO G-06 CAN PRODUCE |
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| Small shafts |
| Pins |
| Bushings |
| Hydraulic fittings |
| Precision turned components |
| WHY CHOOSE DMG MORI WASINO G-06 |
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| Extremely high precision machining (micron-level stability) |
| Zero indexing time improves efficiency |
| Very stable symmetrical bed design |
| Excellent surface finish capability |
| Ideal for small precision mass production |
WHY BUY USED DMG MORI WASINO G-06
Buying a used DMG MORI WASINO G-06 is a strong option for manufacturers focused on precision machining, tight tolerances, and stable long-term accuracy rather than high-volume production speed. Even in used condition, this machine retains strong value because its core strength lies in rigid construction and thermal stability.
The biggest advantage is exceptional dimensional stability over time. The symmetrical bed design and flat tooling architecture reduce thermal distortion and mechanical stress, meaning even older machines can still produce highly accurate parts if properly maintained.
Cutting time is important, but in this machine category it is more about preserving precision rather than maximizing throughput. Machines with lower cutting time (under 15,000–20,000 hours) are generally preferred because spindle bearings, guideways, and tool positioning systems remain closer to original factory condition. Units under 10,000–12,000 hours are considered premium for high-precision applications.
Another advantage is low mechanical complexity compared to multi-spindle systems. The G-06 has fewer synchronized moving systems, which reduces long-term failure risk and makes maintenance more predictable and cost-effective.
It is especially valuable for job shops and precision manufacturers producing small batches, prototype parts, or high-tolerance components where consistency is critical.
Additionally, DMG MORI support ensures availability of spare parts and service assistance, although older control systems may sometimes require upgrades depending on application needs.
While it is not designed for mass production, it excels in high-accuracy machining, finishing operations, and stable repeatable production.
In summary, a used WASINO G-06 offers strong value through precision stability, rigid design, and long-term accuracy retention, making it ideal for quality-focused machining environments.
HOW MUCH DOES A USED DMG MORI WASINO G-06 COST?
The cost of a used DMG MORI WASINO G-06 depends on manufacturing year, spindle condition, control system, maintenance history, and cutting time.
For older machines manufactured before 2000, similar high-precision flat-tooling CNC lathes typically range from $20,000 to $50,000, depending on wear condition and retrofit level. These machines may require control system upgrades or electrical modernization.
Machines produced between 2000 and 2010 generally fall within the $50,000 to $100,000 range, depending on spindle condition, axis accuracy, and maintenance quality. Machines with lower cutting time (under 15,000–20,000 hours) are priced higher due to better retained precision.
For 2010–2025-era machines or well-maintained late models, prices typically range from $100,000 to $180,000+, especially if equipped with automation systems such as bar feeders, chip conveyors, or upgraded CNC controls.
Cutting time is a key valuation factor, but in this case it reflects precision wear rather than production fatigue alone. Machines with low cutting time (under 10,000–12,000 hours) are highly desirable because they maintain spindle accuracy, thermal stability, and slideway smoothness closer to factory condition.
Other important pricing factors include:
- Spindle vibration and bearing condition
- Guideway wear and backlash
- Control system generation (Fanuc upgrades increase value)
- Maintenance documentation quality
- Automation integration level
Buyers should prioritize accuracy test results and mechanical condition over age alone, since precision performance is the primary value driver.
Overall, the cost of a used WASINO G-06 is determined by precision condition, maintenance history, and usage intensity, with cutting time acting as a supporting indicator of long-term machining reliability.
