Automated deburring systems remove unwanted material from part edges with precision and consistency. AMD Automation designs deburring cells that integrate with your production line for reliable edge finishing on machined, stamped, and cast components.
Deburring Technologies
Robotic Deburring
Force-controlled robots for complex geometries:
- Constant force along irregular edges
- Adaptive path following
- Tool change for multiple operations
- Suitable for high-mix production
Abrasive Systems
Brush and wheel deburring for production:
- Wire brush deburring
- Abrasive nylon brushes
- Flap wheels and buffs
- Orbital sanders
Thermal Deburring (TEM)
For internal and inaccessible burrs:
- Combustion removes all exposed burrs
- Reaches internal passages and holes
- No tool wear concerns
- High throughput batch processing
Electrochemical Deburring (ECM)
Precision deburring for critical features:
- Controlled material removal
- No mechanical stress
- Consistent edge radius
- Ideal for intersecting holes
System Integration
Deburring cells integrate with your manufacturing flow:
- Robotic Cells - Automated part handling and deburring
- Machine Vision - Inspect edges before and after
- Machine Tending - Deburr after CNC operations
Quality Verification
Ensure deburring quality with:
- Edge inspection - Vision systems verify burr removal
- Dimensional check - Confirm edge radius specifications
- Surface finish - Measure roughness after finishing
Industry Applications
- Automotive - Engine, transmission, and chassis components
- Aerospace - Flight-critical machined parts
- Medical - Surgical instruments and implants
- Heavy Equipment - Hydraulic components and gears
Contact us to discuss automated deburring for your application.
Key Features
- Force-controlled robotic deburring
- Abrasive brush and wheel systems
- Thermal deburring (TEM)
- Electrochemical deburring (ECM)
- Tumbling and vibratory finishing
- Vision-guided edge detection
- Part-specific program selection
- Dust collection and filtration
Applications
Machined Components
Remove machining burrs from milled, turned, and drilled features.
Die Cast Parts
Eliminate flash and parting line burrs from aluminum and zinc castings.
Stamped Parts
Deburr edges and holes in sheet metal stampings.
Injection Molded Parts
Remove gate marks and flash from plastic components.
Benefits
Consistent Quality
Eliminate operator variability with programmed deburring paths.
Worker Safety
Remove operators from repetitive tasks with sharp parts.
Increased Throughput
Continuous automated operation versus manual finishing.
Process Control
Document force, speed, and cycle parameters for traceability.
Our engineers can help evaluate your requirements.