Robotic Configuration: Compact robotic systems with high-speed rotary tools designed for small, intricate components. Force-sensitive end-effectors to adapt to varying material hardness and part geometries. Enclosed work cells with integrated dust extraction systems to maintain a clean working environment. Process Integration:

Robotic Configuration: High-precision robotic arms with programmable grinding paths to accommodate long and complex rail designs. Integration with CNC systems for seamless operation and control. Safety enclosures with dust and noise reduction features. Process Integration: Automated grinding of hanging rails to remove weld seams, casting marks, or surface irregularities.

Robotic Configuration: Robust robotic arms equipped with grinding tools suitable for various pendant lamp materials. Integration with vision systems for accurate alignment and consistent material removal. Adaptive force control to ensure uniform surface finish without damaging delicate components. Process Integration:

Robotic Configuration: Compact robotic systems with fine grinding tools suitable for delicate scissor blades. Integration with sensors to detect blade alignment and ensure precise grinding. Customizable end-effectors to handle different scissor designs and sizes. Process Integration: Automated grinding to sh ...

Robotic Configuration: Robotic grinding systems with adjustable fixtures to accommodate various box sizes and shapes. Integration with force sensors to ensure consistent material removal without damaging structural integrity. Dust extraction systems to maintain a clean working environment. Process Integration:

Robotic Configuration: High-speed robotic cells with dual-position rotary tables for simultaneous loading Adaptive spindle torque control for various alloy brackets Vision-alignment system for precise edge and hole positioning Compatible with thin-walled and heat-treated steel materials

Robotic Configuration: Compact robotic systems with precision polishing tools for small, intricate components. Adaptive control systems to handle varying hook designs and materials. Enclosed work cells with integrated safety features. Process Integration: Automated polishing of bathroom hooks to achieve desi ...

Robotic Configuration: High-precision robotic arms with programmable grinding paths to accommodate complex leg designs. Integration with CNC systems for seamless operation and control. Safety enclosures with dust and noise reduction features. Process Integration:

Robotic Configuration: Lightweight, high-speed robotic arms with soft polishing heads and compound dispensers Vision recognition systems to identify various phone case models and orientations Modular fixture sets to accommodate rapid switching of SKUs Process Integration:

Robotic Configuration: Robotic arms equipped with grinding tools suitable for shaping prosthetic components. Force-controlled systems to manage material removal rates and prevent damage. Custom fixtures to securely hold various prosthesis designs during processing. Process ...

Robotic Configuration: Collaborative or industrial 6-axis robots with soft polishing tools and compound dispensers Tool changers supporting different abrasives (flap wheels, buffing cloth, polishing paste) Anti-scratch contact detection for painted or coated surfaces Configurable cell layout for side ...

Manual surface finishing in the rail sector often involves heavy tools, hot workpieces, and hazardous dust. Our robotic systems eliminate direct operator contact, reducing risk of injury and improving air quality on the shop floor. Whether for: Grinding sharp edges off cast iron parts Deburring welded assemblies

Robotic Configuration: Medium-payload robotic arms equipped with flexible tooling systems to accommodate various pedal designs. Adaptive control systems to maintain consistent contact pressure during deburring operations. Safety enclosures with interlocks to protect operators and maintain compliance with safety standards. Process Integration:

Robotic Configuration: Robotic grinding systems equipped with compliant tools to handle intricate lock geometries. Integration with vision systems for precise detection and removal of burrs. Programmable paths to adapt to different lock designs and sizes. Process Integration: Automated grinding of lock components to remove sharp edges and burrs resulting from casting or machining. ...

Robotic Configuration: Precision robotic systems with fine grinding tools suitable for delicate pendant shade materials. Integration with sensors to detect surface contours and ensure uniform grinding. Customizable end-effectors to handle different pendant shade designs and sizes. Process Integration: Automa ...

Robotic Configuration: Robust robotic arms equipped with large grinding wheels to handle the broad surfaces of hoes. Custom fixtures to securely hold hoes during the grinding process. Programmable paths to accommodate various hoe designs and blade angles. Process Integration: Automated grinding to sharpen ho ...

Robotic Configuration: Robotic arms equipped with contour-following grinding tools suitable for complex helmet geometries. Integration with 3D scanning systems for precise surface mapping and defect detection. Use of compliant tooling to accommodate variations in helmet materials and designs. Process Integration:

Robotic Configuration: Medium-payload robotic arms equipped with high-power belt grinders Custom-designed fixtures for irregular rod profiles and asymmetrical parts Adaptive contact wheels for blending curved and linear surfaces Robust safety enclosure with spark and dust control systems < ...

Robotic Configuration: High-precision robotic arms equipped with flexible polishing tools for complex tap geometries. Integrated vision and force control systems for adaptive polishing. Cleanroom-compatible designs to meet hygiene standards. Process Integration: Automated polishing of water tap surfaces to a ...

Robotic Configuration: Robotic deburring systems equipped with compliant tools to handle intricate burner geometries. Integration with vision systems for precise detection and removal of burrs. Programmable paths to adapt to different burner designs and sizes. Process Integration: Automated deburring of gas ...

Robotic Configuration: Micro-motion robotic units with ultra-precise polishing heads for miniature components Fine force control (±0.1N) to avoid over-polishing thin edges and complex features Cleanroom-compatible construction to meet watch industry environmental standards Process Integration:

Robotic Configuration: Robotic systems with high-torque grinding capabilities for processing bone plates. Precision control systems to maintain consistent material removal and surface finish. Adaptable fixtures to accommodate various bone plate sizes and designs. Process In ...

Robotic Configuration: High-speed compact robotic arms with micro-grinding spindles (rpm > 20,000) Custom workholding jigs for small-format or delicate connector profiles Dual-robot configuration optional for complex part handling and processing Electrostatic discharge (ESD) safe tooling and anti-v ...

Automation reduces labor dependency, scrap rates, and inspection failures. With predictive maintenance and tool life monitoring, total cost of ownership is optimized for long-term operations. Whether for: Repair workshops needing repeatable results OEMs standardizing multi-part production Or tier-one rail ...