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Robotic routing, cutting, and milling systems use high-speed servo spindles to trim, slot, bevel, or contour materials with precision. These processes require rigid tool mounting and stable torque control to handle impact loads, heavy cuts, and radial forces.
While CNC machines are ideal for flat or highly repeatable parts, robotic systems excel when parts vary in size, shape, or orientation. Robots offer the flexibility to process large, complex, or 3D geometries with consistent speed, precision, and repeatability.
PushCorp solutions help automate complex trimming, drilling, milling and cutting processes across multiple industries. Explore how our technology maintains precision and part quality on different materials.
Cuts clean profiles and openings in fiberglass parts while maintaining smooth edges and preventing fiber tear-out.
Removes excess material and flash from molded plastic components for clean edges and consistent part fit-up.
Creates uniform beveled edges for weld prep or assembly, delivering consistent angles and smooth transitions across all part edges.
Slices through thick or rigid materials with stable, high-torque cutting for straight, accurate separation cuts.
Produces clean contours and precise cuts across wood, foam, and carbon fiber without splintering or delamination.
Removes material to a controlled depth for flat surfaces, bevels, pockets, and contours with consistent, chatter-free cutting.
Cuts off gates and risers cleanly using high-torque spindle tooling that handles the heavy loads of steel and cast iron while keeping aluminum parts distortion-free.
These high-speed processes require rigid setups, high-torque spindles, and stable tool paths. Consistent results depend on choosing the right tooling, spindle configuration, and process validation before production.
Choose a spindle that can handle high RPM and lateral loads. PushCorp’s STC-Series servo spindles feature heavy-duty bearings that maintain stability and precision during aggressive routing and trimming.
Vibration ruins accuracy. Make sure the robot and fixture can withstand cutting forces while maintaining positional accuracy across the full toolpath.
At the PushCorp Demo Lab, manufacturers can test spindle configurations, cutter types, and feed rates on actual parts to optimize performance before committing to production.
PushCorp’s certified integration network helps design, program, and deploy complete cutting, routing and milling systems—from part fixturing to robot programming—for faster startup and consistent output.
For trimming flexible parts or variable surfaces, PushCorp’s force compliance devices help maintain steady contact pressure. They protect tooling, reduce chatter, and extend cutter life.
Built for continuous-duty cutting, PushCorp’s STC-Series servo spindles deliver constant torque and speed under heavy loads. Engineered with liquid-cooled, brushless motors and high-precision bearings, they withstand high radial and axial forces to produce accurate cuts every time.
Whether you’re exploring automation 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.
