ROBOTIC APPLICATIONS
Cutting
No robots available right now.
In summary
Robotic cutting covers laser, plasma, waterjet and routing applications, adding 3D path freedom that flatbed CNC cutters can't reach. Eurobots Marketplace lists used 6-axis cutting robots from KUKA, FANUC, ABB and Motoman, with 10–60 kg payload and 1.6–2.6 m reach — typical for automotive trim, structural parts and contour cutting cells.
About this application
Robotic cutting covers laser, plasma, waterjet and routing applications. The robot adds 3D path freedom that a flatbed CNC cutter can't reach — beveled edges, complex contours and inside-the-part cuts on automotive trim and structural parts.
Compared to 2D cutters, robotic cells trade absolute precision for flexibility. Modern 6-axis robots with calibrated tooling reach ±0.1–0.3 mm path accuracy — enough for most laser trim and plasma cut applications.
Available robots
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Frequently asked questions
Laser, plasma or waterjet — does the robot choice change?
Mechanically similar (any 10–60 kg, 1.6–2.6 m reach robot), but the cable management and tooling differ. Laser needs a beam delivery path through the wrist. Plasma needs torch-height control. Waterjet adds a high-pressure abrasive feed line that's heavy and stiff.
What accuracy can I expect from robotic cutting?
Position repeatability is ±0.05–0.1 mm at the wrist, but tool tip accuracy after calibration is more like ±0.2–0.5 mm. For thin sheet laser trim this is fine. For tight-tolerance parts you may need a calibrated tool offset and a reference frame.
How long do robotic cutting cells last?
The robot mechanical arm easily reaches 15–20 years of single-shift operation with bearing and harness maintenance. The cutting head (laser source, plasma torch, waterjet pump) wears faster — plan on 5–8 year refresh of the process equipment.