Built for robot-level accuracy.
Robots demand repeatability. We focus on critical fits, true positions, and clean finishes to ensure your parts assemble smoothly and perform reliably.
Tight tolerance machining for functional surfaces and bearing fits
Stable quality with in-process inspection and traceable records
Fast prototyping → mass production with consistent results
Surface treatments available to meet corrosion and wear requirements
High-strength, lightweight parts that keep your robot rigid and aligned.
Examples: base plates, side plates, brackets, mounting plates, stiffeners, sensor/camera mounts.
Precision parts for smooth rotation and controlled motion.
Examples: motor mounts, bearing seats, shafts, couplers, pulleys, gear seats, spacers, housings/end covers.
Parts that connect, hold, grip, and interface with tooling.
Examples: joint housings, flanges, tool plates, quick-change plates, gripper bodies, gripper fingers, suction cup adapters.
Critical little parts that make assembly repeatable.
Examples: locating blocks, limit blocks, dowel pin seats, guides, custom washers, bushings, sensor brackets.
We support both prototypes and production parts in common robotics materials:
Materials:
Aluminum (e.g., 6061 / 7075), Stainless Steel, Carbon Steel, Brass/Copper, Engineering Plastics (POM, Nylon)
Finishes:
Anodizing (incl. hard anodize), Sandblasting, Black Oxide, Nickel Plating, Passivation, Painting / Coating (as required)
Quality you can measure.
We inspect critical dimensions based on your drawings and GD&T requirements.