20 companies · 29 offerings

Robotic buffing systems for mush, color and cut buff applications. Buffing heads are engineered up to 12 feet wide for large part batches.

Robotic polishing systems with belt polishing heads, supplied to high-volume producers for surface finishing.

Robotic belt grinding systems that remove material from fabricated, forged, cast or machined parts. Belt heads are fixed, servo-positioned, or carried by the robot via a tool changer.

Robotic deburring systems that use monofilament abrasive brushes, non-woven belts and wheels, and hard tooling for material removal, edge profiling, deburring and radius/chamfer work.

Robotic abrasive finishing machines built on a Fanuc robot with a force sensor. In BF-X models the robot moves the part; in TF-X models it moves the abrasive tool. BrainWave software controls them.

No-code robot automation solution for sanding, polishing and grinding. It uses 6-axis force/torque sensing with force control accuracy down to 0.1 N and runs directly on the robot.

Robotic casting-finishing system for grinding, fettling, deburring and finishing castings and forgings. The company states that more than 100 systems are in use.

Modular robot-supported automation cell for deburring and finishing different workpieces, with pneumatic and electric tools.

Force-compliant belt grinding device for the robotic finishing of small components such as fittings, spectacle frames, implants, door handles and small automotive cast parts.

Robotic sanding system that generates sanding paths autonomously, for composites, metals, wood, fiberglass and plastics. Sold as a monthly subscription.

AI-powered robotic grinding system for material removal on castings, welds and complex geometries. Sold as a monthly subscription.

Robotic polishing system performing wet and dry polishing on metals, composites and plastics. Sold as a monthly subscription.

Robotic buffing system adapting compound application, speed and pressure to surface contour, for metals, plastics and composites. Sold as a monthly subscription.

Collaborative robotic system for automated sanding, grinding and finishing of smaller parts.

Collaborative robotic system for automated sanding, grinding and finishing of large parts.

Vertically mounted collaborative robotic system for sanding, grinding and finishing.

Collaborative robotic system for woodworking sanding and finishing, with robotic finishing heads, a touchscreen interface, a vision system and dust collection.

Robotic cells for high-speed router cutting, drilling, FRP cutting, grinding, finishing, deburring, and plasma and laser cutting.

Turnkey robotic deburring, grinding and finishing cells with integrated gauging, part handling, cleaning and marking, plus in-house testing at the Matrix Deburr Lab.

Robotic grinding, buffing, polishing, deflashing and deburring cells for machined or cast parts. Pre-engineered platforms: MACMegaGrind and MACGrind.

Robotized sanding and polishing cells for metal, wood, and polymer parts, developed with Anadirobtic, for aluminum components, hardware, cutlery, and automotive.

Standardized robotic cells for grinding, deburring, sanding and polishing: NMRS-600T (tool-in-hand), NMRS-500P/700P (part-in-hand) and NMRS-1000C (custom, parts over 600x600x600 mm).

Kane Robotics GRIT-ST collaborative robot system for sanding, grinding and finishing, with reach up to 1,750 mm and force up to 100 N.

Robot automation of surface treatment processes such as painting, polishing and grinding.

Collaborative-robot cells for grinding, polishing, deburring and cleaning. The line includes the COBOTIC 100C, plus the combined welding and grinding models 90TC and 90MC.

Flexible single-robot cells and open and closed robot cells for grinding, polishing and deburring, workpiece-guided or tool-guided.

HERO systems and contract services for deburring, edge rounding and bore calibration using abrasive fluid; bore diameters of 0.1 to 5 mm, cycle times of 10 to 120 seconds.

Robotic surface finishing workstation with industrial arms, computer vision and vacuum dust collection. Tasks include sanding, glue application, gelcoat spray, polishing and waxing.

Automated processing systems for robotic trimming and deburring, finishing and surface preparation, and integrated vision inspection, using articulated, SCARA and collaborative robots.