DMG MORI WASINO GG-5
USED DMG MORI WASINO GG-5
The DMG MORI WASINO GG-5 is a high-precision flat-tooling CNC turning center with a dual-spindle configuration, designed for compact, high-efficiency machining of small components with strong emphasis on accuracy, accessibility, and reduced lead time. It belongs to the WASINO G-series, which is known for combining rigid machine construction with precision-oriented flat-tooling architecture.
The machine supports a maximum workpiece diameter of approximately 50 mm and a maximum workpiece length of around 40 mm, with bar capacity typically up to 45 mm, depending on configuration. It is designed for small, high-value parts such as medical components, dental screws, connectors, and precision mechanical elements.
A key feature of the GG-5 is its parallel dual-spindle structure, allowing machining operations to be performed on both front and rear faces within the same machine. This significantly reduces production lead time and eliminates the need for secondary setups. The system is designed for simultaneous or sequential machining, depending on the part process flow.
The machine uses a flat-tooling (gang tool) system, which eliminates turret indexing time and improves both rigidity and positional accuracy. This contributes to highly stable machining and excellent surface finish quality, especially in small, precise components.
The GG-5 is built with a compact footprint and high rigidity bed structure, which improves vibration damping and ensures consistent accuracy during continuous operation. Its design is optimized for space-saving production cells, making it suitable for automated manufacturing environments.
Automation compatibility is a key strength, as the GG-5 can be integrated with gantry loaders, bar feeders, and part handling systems, enabling semi or fully automated production lines for 24/7 operation.
Overall, the DMG MORI WASINO GG-5 is a compact, dual-spindle precision turning system designed for high-accuracy machining, reduced cycle time, and efficient small-part production in space-constrained, high-value manufacturing environments.
DMG MORI WASINO GG-5 SPECIFICATIONS
| DMG MORI WASINO GG-5 – AXIS |
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| 4 Linear Axes (X1, Z1, X2, Z2) |
| Parallel twin-spindle machining system |
| Flat tooling (gang-type) layout |
| Front + rear face machining capability |
| No turret indexing (zero-index time concept) |
| DMG MORI WASINO GG-5 – AXIS TRAVELS |
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| X-Axis Travel: 200 mm ([turn0search0]) |
| Z-Axis Travel: 220 mm ([turn0search0]) |
| Compact high-speed slide system |
| Independent spindle-side motions |
| DMG MORI WASINO GG-5 – CAPACITY |
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| Maximum Turning Diameter: 50 mm ([turn0search0]) |
| Maximum Turning Length: 40 mm ([turn0search0]) |
| Bar Capacity: 45 mm ([turn0search0]) |
| Designed for small precision components |
| High-volume short cycle production |
| DMG MORI WASINO GG-5 – SPINDLE |
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| Twin spindle system (parallel layout) |
| Front & rear machining in one setup |
| High-speed precision spindle design |
| Reduced cycle time through dual processing |
| DMG MORI WASINO GG-5 – TABLE / WORKHOLDING |
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| Fixed flat tooling bed |
| Dual spindle synchronized workholding |
| Bar feeder compatible |
| Compact space-saving structure |
| DMG MORI WASINO GG-5 – TOOL SYSTEM |
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| Gang-type fixed tool layout |
| No turret indexing (instant tool access) |
| Front and rear tool slides |
| High repeatability machining setup |
| DMG MORI WASINO GG-5 – FEEDRATES |
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| High-speed short-cycle machining |
| Parallel processing reduces cycle time |
| Optimized for mass production |
| Stable precision cutting |
| DMG MORI WASINO GG-5 – COOLANT & CHIP MANAGEMENT |
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| Efficient coolant delivery system |
| Designed for continuous production |
| Chip evacuation optimized for compact layout |
| Stable thermal performance |
| DMG MORI WASINO GG-5 – CONTROL SYSTEM |
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| Fanuc CNC control system |
| Multi-spindle synchronization control |
| Simple production-oriented programming |
| Automation integration ready |
| DMG MORI WASINO GG-5 – POWER & AIR REQUIREMENTS |
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| Industrial CNC machine power (compact class) |
| Air supply approx. 5–6 bar |
| Energy-efficient mass production design |
| DMG MORI WASINO GG-5 – DIMENSIONS |
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| Very compact footprint |
| Space-saving twin-spindle layout |
| High rigidity cast machine structure |
| Designed for production cell integration |
| DMG MORI WASINO GG-5 – GENERAL INFORMATION |
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| Machine Type: Twin-spindle flat tooling CNC lathe |
| Designed for ultra-high productivity small parts |
| Parallel machining reduces lead time |
| Excellent accessibility for automation systems |
| Built for continuous 24/7 production |
| INDUSTRIES THAT USE DMG MORI WASINO GG-5 |
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| Automotive |
| Electrical components |
| Fasteners manufacturing |
| Precision engineering |
| Mass production industries |
| TYPICAL PARTS DMG MORI WASINO GG-5 CAN PRODUCE |
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| Screws & fasteners |
| Pins |
| Small shafts |
| Bushings |
| Precision turned components |
| WHY CHOOSE DMG MORI WASINO GG-5 |
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| Twin spindle = very high productivity |
| Front + rear machining in one cycle |
| Zero indexing time improves efficiency |
| Compact and automation-friendly design |
| Ideal for high-volume small precision parts |
WHY BUY USED DMG MORI WASINO GG-5
Buying a used DMG MORI WASINO GG-5 is a strong option for manufacturers focused on high-precision small-part production with reduced cycle time and compact automation requirements. Its dual-spindle architecture and flat-tooling system make it valuable even in used condition.
The biggest advantage is parallel machining efficiency. The dual-spindle setup allows front and rear machining within one machine cycle, reducing total production time and eliminating secondary operations. Even older machines maintain strong productivity if properly maintained.
Cutting time is an important factor in valuation. These machines are typically used in continuous production environments, so wear depends on operational intensity. Machines with lower cutting time (under 15,000–20,000 hours) are generally preferred. Units under 10,000–12,000 hours are considered premium because spindle alignment, tooling accuracy, and guideway condition remain close to original standards.
Another advantage is low mechanical complexity compared to multi-axis production systems, which improves long-term reliability and reduces maintenance costs. The flat-tool system also reduces wear compared to turret-based systems.
The GG-5 is especially suitable for medical, dental, electronics, and precision engineering industries, where small parts require consistent accuracy and repeatability.
DMG MORI support and WASINO engineering heritage ensure spare parts availability, although older control systems may sometimes require modernization depending on production needs.
While not designed for heavy machining, it excels in small-part, high-precision, repeatable production with efficient cycle time reduction.
In summary, a used GG-5 offers strong value through dual-spindle productivity, compact automation capability, and high-accuracy machining performance in small-part manufacturing environments.
HOW MUCH DOES A USED DMG MORI WASINO GG-5 COST?
The cost of a used DMG MORI WASINO GG-5 depends on manufacturing year, spindle condition, automation level, control system, and cutting time.
For older machines manufactured before 2000, similar dual-spindle flat-tooling CNC lathes typically range from $25,000 to $60,000, depending on wear, retrofits, and control system condition. These machines may require electrical or CNC upgrades for modern compatibility.
Machines produced between 2000 and 2010 generally fall within the $60,000 to $120,000 range, depending on spindle health, synchronization 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 units, prices typically range from $120,000 to $220,000+, especially if equipped with automation systems such as gantry loaders, bar feeders, chip conveyors, and upgraded CNC controls.
Cutting time plays a key role, but in this machine it reflects precision wear and spindle synchronization quality rather than just production hours. Machines with low cutting time (under 10,000–12,000 hours) are highly desirable because they maintain better alignment between spindles and tool systems.
Other important pricing factors include:
- Spindle vibration and bearing condition
- Synchronization accuracy between spindles
- Guideway wear and backlash
- Control system generation (Fanuc upgrades increase value)
- Automation integration level
Buyers should prioritize test cutting results, spindle accuracy, and mechanical condition over age alone.
Overall, the cost of a used WASINO GG-5 is determined by precision condition, automation setup, and usage history, with cutting time serving as a key indicator of long-term reliability and production stability.
