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Robotic deburring uses robot arms with force-controlled tooling (EOAT) to automatically remove burrs and sharp edges from machined, cast, or stamped parts.
The difference is consistency. Manual operators cannot maintain steady pressure or RPM, which leads to uneven edges and variable surface quality.
PushCorp’s servo spindles and compliance devices keep constant speed and controlled force along every contour, even as part geometry or burr thickness changes. The result is smoother edges, longer tool life, and repeatable finish quality across every part.
PushCorp’s automated deburring end-effectors deliver consistent edge quality across metals, castings, and machined components. Explore how robotic systems adapt to different materials and part geometries to ensure clean, uniform results every time.
Removes sharp edges and burrs from cast or machined aluminum parts without distorting surfaces or affecting tolerances.
Cleans up heavy burrs on forged, stamped, or welded steel components with consistent force and smooth edge quality.
Removes flash and parting-line burrs from cast parts to create smooth edges and prepare surfaces for machining or finishing.
Finishes intricate features on gears, engine blocks, and tight-tolerance components for improved assembly and long-term performance.
Deburring automation depends on balancing tool speed, applied force, and path accuracy. Getting consistent results means pairing the right equipment with process validation before production.
Choose end of arm tooling that matches your material and burr type. PushCorp’s servo spindles deliver constant RPM and torque for uniform edge quality, even on complex or uneven surfaces.
Uniform pressure is critical for precision deburring. PushCorp’s force compliance devices automatically adjust contact pressure as the robot moves along edges, preventing overcutting and extending abrasive life.
In the PushCorp Demo Lab, manufacturers can simulate their deburring process, test various abrasives, and verify cycle time and finish quality before integration.
PushCorp’s certified partners help design, program, and deploy robotic deburring systems that combine speed, repeatability, and long-term reliability.
PushCorp’s servo spindles provide the speed, torque, and precision needed for automated deburring. Their closed-loop control maintains constant RPM under load, ensuring clean, consistent edge finishes on both cast and machined parts.
PushCorp’s patented compliance devices maintain consistent contact pressure along edges and contours. This prevents gouging or undercutting while improving abrasive life and finish quality.
Whether you’re exploring automation of material removal for the first time or upgrading your current process, our team is here to help you find the right tools and support to succeed.
Discuss with our engineers to get started with a demo, application review, or expert consultation.
