Robotic Deburring Automation Malaysia

Centricorp designs and integrates robotic deburring automation systems in Malaysia for automatic burr removal, edge finishing, grinding, polishing and surface finishing of manufactured components.

Our robotic deburring systems can be designed for machined parts, castings, metal components and other products requiring consistent automated finishing.

Depending on the application, the robot can either bring the component to a fixed deburring tool or move the deburring tool around a stationary component.

Robotic Deburring Applications

Our robotic finishing systems can be developed for applications including:

  • Burr removal
  • Edge deburring
  • CNC machined-part deburring
  • Die cast component deburring
  • Grinding
  • Polishing
  • Surface finishing
  • Flash removal
  • Gate and runner removal
  • Sharp-edge removal
  • Hole and internal-edge deburring
  • Weld finishing

Each system is developed according to the component material, burr condition, required finish, production cycle time and product variation.

CNC Machined Part Deburring

CNC machining processes can leave burrs around edges, holes and machined features.

Robotic deburring can automatically process these areas after machining to reduce repetitive manual finishing.

The system can be integrated directly with CNC machine tending so that the robot:

Loads CNC → Machining → Unloads Part → Deburring → Inspection → Finished Part Storage

This allows machining and secondary finishing processes to be combined into one automated manufacturing cell.

Die Cast Component Deburring

Die cast components may require removal of flash, gates, runners and sharp edges after casting and trimming.

Robotic deburring can be integrated downstream of:

  • Die casting machines
  • Trimming presses
  • Cooling stations
  • Conveyors
  • Inspection stations

This allows Centricorp to integrate the complete process from die casting extraction through trimming, deburring and inspection.

Robot-Carried Deburring Tool

For larger or fixed components, the robot can carry the deburring tool and follow the required component profile.

The EOAT can incorporate tools such as:

  • Deburring spindles
  • Grinding tools
  • Rotary files
  • Abrasive tools
  • Polishing tools
  • Brushes

The robot program controls the tool path, orientation and processing sequence according to the component geometry.

Robot-Carried Component

For smaller components, the robot can grip the workpiece and present it to a fixed finishing tool.

A typical system can include:

  • Industrial robot
  • Custom robot gripper
  • Fixed deburring spindle
  • Grinding wheel
  • Polishing unit
  • Component fixture
  • Tool wear monitoring
  • Dust extraction
  • PLC and HMI
  • Safety enclosure

This configuration can provide good flexibility where multiple edges or surfaces need to be processed.

Compliant Deburring

Part dimensions and burr conditions can vary between components.

Where required, compliant deburring tools can compensate for small variations while maintaining controlled contact between the tool and component.

This can help improve process consistency when working with castings or components where dimensional variation is expected.

Automatic Tool Changing

Applications requiring different finishing operations can be designed with automatic tool changing.

For example:

Deburring → Grinding → Brushing → Polishing

The robot can automatically select the required tool according to the product recipe and processing sequence.

Part Loading and Unloading

The robotic deburring cell can include automatic component handling using:

  • Pallet racks
  • Product trays
  • Conveyors
  • Part magazines
  • CNC machines
  • Die casting lines
  • Press machines
  • Customized loading stations

This allows deburring to become part of a fully automated production process rather than a standalone manual operation.

Vision and Inspection Integration

Machine vision or sensors can be integrated for:

  • Part identification
  • Orientation checking
  • Correct-part verification
  • Feature detection
  • Process confirmation
  • Surface inspection
  • OK / NG checking

Finished components can then be automatically transferred to the next production process or sorted according to inspection results.

Dust and Process Management

Grinding and deburring applications can generate dust, chips and particles.

Depending on the process, the robotic cell can incorporate:

  • Dust extraction
  • Chip collection
  • Protective machine enclosure
  • Tool guarding
  • Air blow
  • Cleaning stations

The appropriate system is selected according to the material and finishing process.

Controls and Recipe Management

PLC and HMI controls can be provided for:

  • Product selection
  • Robot program selection
  • Tool selection
  • Process parameters
  • Production quantity
  • Machine status
  • Alarm monitoring
  • Maintenance information

Multiple component models can be accommodated where the tooling and process allow.

Safety Integration

Robotic deburring systems can involve rotating tools, grinding equipment and moving machinery.

Depending on the application, safety equipment can include:

  • Safety fencing
  • Machine enclosure
  • Interlocked access doors
  • Safety light curtains
  • Safety laser scanners
  • Emergency stop circuits
  • Safety PLC
  • Robot safety functions

The final safety concept is developed according to the completed machine configuration and risk assessment.

Complete Robotic Deburring Integration

Centricorp provides engineering and system integration support from initial application study through installation and commissioning.

Our scope can include:

  • Application and sample study
  • Process testing
  • Robot selection
  • System layout
  • EOAT design
  • Deburring tool integration
  • Mechanical design
  • Electrical controls
  • PLC and HMI programming
  • Robot programming
  • CNC machine integration
  • Vision integration
  • Dust extraction integration
  • Safety system
  • Fabrication and assembly
  • Factory acceptance testing
  • Installation and commissioning
  • Operator training
  • Technical support

Our Robotic Deburring Projects

Centricorp has experience integrating robotic handling and automated finishing processes for industrial manufacturing applications.

[PROJECT PHOTOS / VIDEOS TO BE ADDED]

Actual robotic deburring, grinding and finishing applications can be added here.

Request a Robotic Deburring Study

Have a component that currently requires manual deburring?

Send us:

  • Component drawing
  • Component material
  • Component dimensions and weight
  • Photos of the component
  • Photos showing the burr locations
  • Current deburring method
  • Required surface or edge finish
  • Production cycle time
  • Required production quantity
  • Number of different component models
  • Sample components, where available

Our engineering team can evaluate the application and propose a suitable robotic deburring automation system.

Contact Centricorp to discuss your robotic deburring application.