Rotor deburring equipment
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  • Rotor deburring equipment

■ Equipment Introduction

This equipment is designed for single-sided and double-sided deburring of parts with sharp edges created by precision punching, milling, or grinding processes. It features a multi-process, multi-head wet deburring system, with independently controlled heads working simultaneously. The power heads use a sanding belt or multi-disc brush design, supported by servo-controlled lifting, to uniformly remove burrs, create consistent rounded corners, and enable unmanned operation. It is particularly suitable for deburring large parts.

■ Equipment Features

  • Enhanced Stability and Rigidity: Transition to integral cast iron parts for the base and power head bracket improves stability, rigidity, and accuracy, avoiding deformation over long-term use.
  • Upgraded Gearbox: Cast aluminum casing enhances heat dissipation, reduces noise and vibration, and the one-out-four configuration (with forward and reverse rotation) saves 30% on consumables while maintaining consistent surface roughness and rounded corners.
  • Precision Lifting Mechanism: Mitsubishi servo cylinder and upper silver screw control the lifting within 0.01mm, ensuring consistent brush wear and burr removal.
  • Cooling Water Recycling: Sloped water tray design facilitates efficient recycling and cleaning of cooling water.
  • Dry-Wet Area Separation: Fully isolated by an accordion cover, with upper air blowing and lower air extraction to manage mist and maintain cleanliness.
  • Improved Design: Circular arc appearance enhances aesthetics and structural efficiency.
  • Self-Cleaning and Brush Compensation: Automatic cleaning and wear compensation ensure continuous performance and integration with automated systems.
  • Wide Conveyor Belt: 400mm belt width increases processing capacity, accommodating multiple rows of smaller parts.
  • Integrated Demagnetization: Proprietary low-voltage demagnetizer reduces residual magnetism to below 3 Gauss, with low power consumption and heat generation.

■ Advantages

  • Advanced Technology: Effectively removes burrs from edges and holes with 30% lower consumables usage.
  • High Precision: Maintains shape and position tolerances, with adjustable rounded corners and surface roughness.
  • Fast Production: Matches the pace of high-speed precision punching machines.
  • Durable Conveyor System: Supports up to 9mm thickness, with easy replacement and reliable operation.
  • Efficient Demagnetization: Residual magnetism below 2 Gauss, ensuring consistent part quality.
  • Double-Sided Deburring: Equipped with multiple flipping mechanisms for efficient processing.

This equipment provides a robust, efficient, and precise solution for automated deburring of high-precision components.

■ Technical parameters

Index Parameter
Dimensions

3200mm×1200mm×2100mm

Working Environment

0℃~55℃

Power Supply Voltage

380±10%V
Power Supply Frequency 50 Hz
Total Power 30 Kw
Conveyor Speed 1m/min-6m/min
Revolution Speed 50rpm-200rpm
Rotation Speed 800rpm-1600rpm
Workpiece Max Width 350mm
Workpiece Max Thickness 100mm

 

■ Suitable for processing parts

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Keywords: Rotor deburring equipment

Rotor deburring equipment
+
  • Rotor deburring equipment

Rotor deburring equipment

This equipment is designed for single-sided and double-sided deburring of parts with sharp edges created by precision punching, milling, or grinding processes. It features a multi-process, multi-head wet deburring system, with independently controlled heads working simultaneously. The power heads use a sanding belt or multi-disc brush design, supported by servo-controlled lifting, to uniformly remove burrs, create consistent rounded corners, and enable unmanned operation. It is particularly suitable for deburring large parts.

Classification


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