Meeting Precision with Automation Robotic Deburring

KingStone Robotics Deburring Unit offers precise, automated removal of burrs and flash from cast and machined parts. With customizable workstations, it handles complex geometries and tough materials like cast iron and aluminum. Its flexible automation boosts throughput, ensures consistent edge quality, and reduces manual labor in high-mix manufacturing environments.

Why Choose Our Robotic Deburring Machine

Industry-Proven Applications

Our automated deburring solutions are successfully implemented across diverse industries, handling:

Automated Shell deburring

Automated Shell Deburring

Delivers consistent edge rounding and smooth finishes for structural housings.

Automated mount deburring

Automated Engine Mount Deburring

Removes burrs from complex engine brackets to ensure safe, vibration-free assembly.

Automated casting parts deburring

Automated casting parts deburring

Automates flash removal and edge refinement for medium-to-large metal castings.

automative wheel deburring

Automative wheel deburring

Enhances surface smoothness and safety by precisely deburring alloy wheel contours.

High Precision Robotic Deburring System

Designed for high-efficiency manufacturing, this system integrates automation at every stage—from detection to tool management—to deliver consistent, safe, and low-maintenance operation.

Flexible Machine Tending

Integration capability with existing equipment for seamless operation.

Integrated Tool Library

Organizes multiple tools for automated retrieval and task-specific deployment.

Vision-Guided Systems

Use advanced vision technology for defect detection and optimized grinding paths.

Force-Controlled Grinding Robots

Provide precise pressure and consistent finishing.

Multi-Station Automated Cells

Allow high-volume throughput with minimal manual intervention.

Automatic Tool & Consumable Change

Supports scheduled or condition-based switching of tools and abrasives to reduce downtime.

Auto Size & Position Detection

Detects dimensional deviations and part positioning in real time to ensure processing accuracy.

Dustproof, Soundproof & Safety Protection

Fully enclosed structure with insulation and safety shielding for operator protection and environmental control.

Optimized for continuous, high-volume production environments.

Robotic Deburring Solution Demo 1

10–25kg Robot + Deburring Tool Table + Enclosed Dustproof Safety Cell

robot-deburring-unit

Robotic Deburring Solution Demo 2

10–200kg Robot + Deburring Tool + Automated Loading/Unloading Table

Robotic Deburring Completed Cases

Integrated Deburring Line for Small to Large Workpieces

Why Choose Kingstone Robotics?

  • Standardized robotic systems for fast installation, easy operation, and low learning curve.
  • Compact and flexible design ensures stable, efficient, and uninterrupted performance.
  • Floating force control system adapts to part inconsistencies for consistent results.
  • Automatic compensation system reduces abrasive loss and maintains surface quality.
  • Integrated dust removal, noise insulation, and safety enclosure for clean, compliant operations.
  • Supports a wide range of materials including copper, stainless steel, plastic, and more.
  • Ideal for deburring castings, parting lines, and machined surfaces in high-volume workflows.

Core Problem We Solved

Sourcing Automated Deburring Machine?

Our core technologies—automatic constant-pressure control, multifunctional fixtures, composite polishing wheels, and a proprietary software system—enable precise, consistent finishing on complex surfaces. Our solution fills a critical gap in the surface treatment industry.

01. Incoming Consistency

Through adaptive force control and vision-based inspection, the system detects material inconsistencies at an early stage—ensuring stable processing and improved yield.

02. Tools & Consumables

Kingstone maintains an extensive tool library and customizes robotic grinding media tailored to each customer’s specific process requirements.

Solve The Core Problem Chart

03. Offline Programming

With offline programming technology, we enable rapid product deployment and seamless transition between new and existing models—enhancing production flexibility.

4. Offline Programming

Closed-loop control and integrated inspection systems ensure high-precision quality assurance for finished parts, delivering consistent and reliable results.

Our Comprehensive Process

Step 1: Quick Response and Inquiry Handling

Our expert team responds to your inquiry within 12 hours, initiating a tailored solution consultation.

Step 2: Customized System Design

We create detailed robotic grinding solutions tailored specifically to your production requirements, ensuring optimal performance and cost-effectiveness.

Step 3: Efficient Manufacturing

Our advanced manufacturing facilities ensure your automated grinding system is assembled, calibrated, and tested swiftly to guarantee reliability and accuracy.

Step 4: Installation and On-Site Training

We handle complete installation and commissioning at your facility, coupled with comprehensive operator training to ensure smooth integration.

Step 5: Ongoing Support and Maintenance

Our commitment extends beyond installation, providing robust after-sales support, spare parts, technical maintenance, and remote assistance to minimize downtime and ensure continuous production.

Key Benefits for Your Business

  • Superior Product Consistency: Robotic precision drastically reduces defects and ensures consistent quality.

  • Increased Productivity: Automated operation facilitates 24/7 production, significantly increasing throughput.

  • Enhanced Workplace Safety: Minimizes worker exposure to harmful dust, noise, and repetitive strain injuries.

  • Rapid ROI: Automation quickly offsets initial investment costs through labor savings and increased efficiency.

Get Started Today

Boost your manufacturing capabilities with cutting-edge robotic grinding solutions. Contact us today for a detailed consultation and discover how we can transform your production process through automation.

  • Compatible with leading robotic brands: ABB, FANUC, KUKA, Universal Robots.

  • Force-controlled and vision-guided robotic cells.

  • Customizable tooling options: sand belts, foam wheels, sanding wheels, rubber wheels.

  • Multi-axis capabilities for handling complex shapes and intricate surfaces.

  • Integrated PLC brands including Siemens, Schneider for seamless operations.

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