
■ Equipment Introduction
This equipment is designed for deburring multiple parts of complex components, utilizing a dry brush deburring system with full automation via PLC control. Brush process parameters are programmable, automatically compensated, and independently controlled for precision. The workstation employs a rotating mechanism, where part rotation and turntable movement are powered by separate motors. This enables multi-axis complex trajectories for precise burr removal at specific locations. The equipment adheres to European standards for safety protection and fault self-diagnosis.
■ Advantages
- Innovative Deburring Process: Tailored to handle complex component requirements.
- High Efficiency: Delivers fast and precise results.
- Reliability: Low failure rate ensures consistent performance.
- Flexibility: Accommodates multiple varieties with ease.
- Mature Technology: Proven, cost-effective design for dependable operation.
- Customizable: Designed to meet specific user needs.
■ Technical parameters
Index | Parameter |
Dimensions | 2300mm×2500mm×2000mm |
Working Environment | 0℃~55℃ |
Power Supply Voltage | 380±10%V |
Power Supply Frequency | 50 Hz |
Total Power | 15 Kw |
Brush Speed | 20m/s |
Prodution Efficiency | 10s/p |
Workpiece Width | ≤300mm |
Workpiece Thickness | 5-200mm |
■ Suitable for processing parts
Keywords: Gear hub deburring machine equipment

Gear hub deburring machine equipment
This equipment is designed for deburring multiple parts of complex components, utilizing a dry brush deburring system with full automation via PLC control. Brush process parameters are programmable, automatically compensated, and independently controlled for precision. The workstation employs a rotating mechanism, where part rotation and turntable movement are powered by separate motors. This enables multi-axis complex trajectories for precise burr removal at specific locations. The equipment adheres to European standards for safety protection and fault self-diagnosis.
Classification