High-Precision Robotic Grinding & Deburring Cell for Automotive Wheels

Integrated Automation Solutions & Technical Overview

Robotic Platform: Multi-axis Industrial Robot (Payload Capacity: 60kg - 2300kg)

End-Effector: Specialized High-Speed Deburring Tool with Force Compensation

Logistics System: Automated Material Handling & Delivery Table

Environmental Enclosure: Integrated Dustproof & Sound-Insulated Protective Housing (Optional)

Tailored Solutions for Complex Castings At Kingstone, we understand that every large automotive casting presents unique challenges. Our engineering team specializes in developing site-specific automation solutions that align with your unique quality benchmarks and production constraints.

Comprehensive Turnkey Project Delivery From concept to commissioning, we take full responsibility for your automation success. Our engineering package includes:

• Bespoke Fixture Engineering: Optimized for stability and cycle-time efficiency.
• Digital Twin & 3D Modeling: Precision 3D workpiece and layout generation.
• Strategic Spatial Layouts: Maximizing floor space utilization via 3D simulation.
• Technical Process Schematics: Clear, logic-driven blueprints for your entire operation
  
  

  01. Configuration & Engineering Layout of the Robotic Deburring Cell

• • Industrial Robotic Platform: Heavy-Duty Multi-Axis Robot (Payload: 60kg - 2300kg)
  • End-Effector Integration: High-Performance Deburring Tooling with Force Compensation
  • Automated Logistics: Precision Material Delivery & Handling Table
  • Safety Infrastructure: Modular Industrial Protective Fencing & Interlock System

02. Versatile Application & Technical Flexibility

Industry-Leading Deburring Capabilities Our robotic cells are engineered to handle the most demanding surface finishing tasks for large-scale industrial castings. The system effectively manages:

• • Casting Defect Remediation: Removal of heavy flash, parting line blending, and gate/riser stub grinding.
  • Post-Machining Precision: Targeted deburring of critical edges and surfaces after CNC operations.

Primary Application Fields:

• • Automotive Components: Aluminum/Alloy wheels, cylinder blocks, and high-complexity cylinder heads.
  • Drivetrain & Transmission: Drive axles, gearbox housings, and reduction gear shells.
  • Heavy-Duty Infrastructure: Cast iron casings, axle housings, and large-scale structural components.