Precision Robotic Deburring & Edge Radiusing Systems
Eliminate scrap, ensure perfect dimensional tolerances, and conquer the most complex cross-holes. Our active force-controlled robotic cells bring absolute consistency to your finishing line.
The Hidden Costs of Manual Deburring
Over-Cutting & High Scrap Rates
Destroys critical tolerances, turning expensive machined parts into costly scrap.
Inaccessible Geometries
Manual tools fail to consistently reach deep internal cavities and cross-holes.
Ergonomic Hazards & Turnover
Toxic dust and high injury rates make retaining manual operators nearly impossible.
Our Core Deburring Technologies
Active Compliant Force Control
Dynamically adjusts to surface variations, ensuring constant force and zero over-cutting.
Automatic Tool Change
Auto-switches tools to handle diverse burr types with zero human intervention.
Tool Wear Compensation
Auto-adjusts feed depth as consumables wear, ensuring 100% consistent results.
Burrs We Conquer
From delicate CNC machined edges to heavy casting flash, our intelligent robotic systems are engineered to eliminate the toughest defects across any manufacturing process.
Machining Burrs
Safely remove micro-burrs from drilled cross-holes and milled edges without altering critical CNC tolerances.
Die Casting Defects
Powerfully grind away rugged parting lines, heavy flash, and gates, adapting seamlessly to casting variations.
Cutting & Punching Slag
Eliminate sharp, dangerous sheared edges and aggressively remove hardened thermal slag from laser-cut parts.
See Our Systems in Action
Discover how our turnkey robotic deburring cells are eliminating bottlenecks and ensuring zero-defect production for the world’s most demanding manufacturers.
Cylinder Block Robotic Grinding Solution
Cast iron cylinder blocks are multi-cylinder engine castings used in passenger vehicles, light commercial vehicles and industrial power systems. The workpiece usually has multiple cylinder bores, inner cavities, mounting edges, water jacket openings and structural outer contours, making post-casting finishing more difficult than simple structural castings. This robotic grinding solution is designed for cast iron
Valve Body Robotic Grinding Solution
Cast iron valve bodies are medium and large flow-control castings used in industrial piping systems, fluid control equipment and mechanical installations. The workpiece usually has a central flow passage, curved outer contours, reinforced transition areas, connection ends and sealing-related surfaces, which makes post-casting finishing more difficult than simple structural castings. This robotic grinding solution is
Crankshaft Robotic Grinding Solution
Crankshafts are critical rotating components used in engine systems, where they convert the reciprocating motion of pistons into rotational motion. As a typical shaft-type workpiece, a crankshaft includes main journals, crank pins, counterweights, fillet transition areas and end sections. During casting, forging and rough machining, common finishing problems include burrs, flash, sharp edges, rough surfaces
Balance Shaft Support Robotic Grinding Solution
Balance shaft supports are large cast structural components used in automotive and commercial vehicle systems where balance shafts, rotating assemblies or related support structures must be positioned securely. Based on the sample workpiece, this part has an irregular triangular support profile, a raised cylindrical section, multiple mounting surfaces, reinforced ribs, edge transitions and several localized
Flywheel Housing Robotic Grinding Solution
Flywheel housings are cast structural components used in engine and drivetrain systems around the flywheel connection area. The workpiece shown here is a relatively shallow and irregular cast housing part with a central circular opening, multiple outer contour edges, rib-reinforced surfaces and several mounting holes. During casting and machining, common finishing problems include flash on
Truck Wheel Hub Robotic Grinding Solution
Truck wheel hubs are heavy-duty wheel-end components used in commercial vehicles, trucks, trailers, buses and other high-load vehicle platforms. They connect the wheel assembly, bearing system, brake components and axle structure, and usually feature a thick cylindrical body, large central bore, circular flange, bolt holes, bearing seat areas and multiple transition edges. During casting and
Get a Free Cycle Time & ROI Analysis
Send Us Your Worst Burr. We'll Send Back the Math
Ship us your toughest part for a free Proof of Concept. You will receive a detailed report featuring:
Recorded Video of robotic processing.
Precise Cycle Time (CT) calculations.
Clear ROI Analysis for your investment.