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Geepro Gear Grinding Machines are engineered for ultra-precision finishing of gears through advanced CNC technology. Designed to handle hardened cylindrical gears, spiral bevel gears, and worm wheels, these machines deliver exceptional surface quality and dimensional accuracy, achieving grinding tolerances as tight as DIN class 4. Ideal for high-volume production environments, they integrate automated loading systems and real-time monitoring for uninterrupted operation.
Equipped with 840DSL system supporting up to 13 CNC axes and 5-axis linkage for complex tooth profile grinding.
Patented 3-axis dressing technology ensures precise wheel profiling for involute, triangular, and spline tooth forms.
Optional automated loading/unloading systems and silo storage enable lights-out manufacturing for over 1 hour of autonomous operation.
Double workpiece spindle design (on select models) allows simultaneous grinding and loading, boosting efficiency by 30%.
Minimizes thermal deformation during high-speed grinding, maintaining consistency across batches.
Mass production of hardened gears for EVs, motorcycles, and transmission assemblies.
Critical components for engine systems and landing gear mechanisms requiring zero-defect precision.
Wind turbine gearboxes and hydroelectric generator gears demanding high load capacity and durability.
Precision reduction gears for robotic joints and automation equipment.
Mining equipment gears, ship propulsion systems, and construction machinery components.
| Model Series | Max Workpiece Diameter | Module Range | Helix Angle | Grinding Wheel Speed | Power |
|---|---|---|---|---|---|
| G320 Series | φ320–360 mm | 1–8 mm | ±45° | 2500–8000 rpm | 6 kW |
| G500 Series | φ500 mm | 1–16 mm | ±45° | 2500–7000 rpm | 20 kW |
| Worm Grinder | φ260 mm | 4–5 mm | ±45° | 1500–7000 rpm | 15.5 kW |
Secondary Q: How does DIN class 4 accuracy impact gear performance?
DIN 4 ensures minimal noise, higher torque transmission, and longer service life in high-speed applications.
Secondary Q: What software is used for non-standard gear design?
Geepro provides CAD-integrated programming software for custom profiles (e.g., asymmetrical teeth, modified involutes).
Secondary Q: How often does the grinding wheel require dressing?
Dressing frequency depends on material hardness; typically every 50–100 cycles for hardened steel.
Secondary Q: What data outputs are available for predictive maintenance?
Support for OPC UA and MTConnect protocols enables real-time monitoring of wheel wear, temperature, and vibration.
Secondary Q: How quickly can workpiece changeovers be performed?
With automated pallet systems, changeovers take under 5 minutes for similar gear families.
Specialized for spiral bevel gears with φ360mm max diameter and ±45° helix angle.
Designed for automotive gears with double spindle architecture and robotic integration.
Supports mass production of large gears (up to 1200mm face width) using diamond roll dressing.
Focuses on small-batch, high-mix production with on-machine inspection capabilities.
Tip: Geepro Gear Grinding Machines with 840DSL CNC systems offer exceptional precision for various gear types, making them ideal for high-volume production environments requiring tight tolerances and superior surface quality.
Geepro Gear Grinding Machines represent the pinnacle of precision gear finishing technology, offering advanced CNC capabilities, automated systems, and exceptional accuracy for demanding industrial applications across automotive, aerospace, energy, and heavy machinery sectors.
Wuxi Geepro Gear Technology Co.,Ltd. was founded in 2016, with the research and development, processing and sales of gears and gear machinery and equipment as the main business direction.
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