Precision CNC
Robotics & Automation
Engineering the future of motion. We specialize in manufacturing high-precision, lightweight end-of-arm tooling (EOAT), robotic joints, and complex automation assemblies, consistently holding strict tolerances down to ±0.01mm.
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Automation-Grade QC
In robotics, cumulative tolerance stacking can ruin an entire assembly. We employ strict quality control to ensure every joint, gear, and actuator fits perfectly.
Explore QualityCMM Verification
Micron-level inspection ensuring exact concentricity for bearing bores and rotational axes.
Material Traceability
Full MTC 3.1 certification verifying the mechanical properties of all structural alloys.
Assembly Validation
Rigorous fitment testing to guarantee that mating parts assemble seamlessly without binding.
Automation Capabilities
Lightweight CNC Milling
Expert 5-axis machining to aggressively pocket and hollow out solid aluminum blocks, creating highly rigid but ultra-lightweight robotic arms and EOAT frames.
Explore MillingPrecision CNC Turning
Utilizing live-tooling lathes to produce highly concentric drivetrain shafts, customized stainless gears, and precise brass bushings for fluid motion.
Explore TurningTribological Surface Finishes
Offering Hardcoat Anodizing (Type III) for extreme wear resistance on aluminum arms, and Electroless Nickel Plating for low-friction protection.
Explore FinishesAutomation Materials
Aluminum
Essential for reducing inertia. The ultimate material for lightweight End-of-Arm Tooling (EOAT), robotic links, and structural frames.
Stainless Steel
Provides extreme durability and stiffness. Required for high-stress robotic joints, precision drive shafts, and custom gears.
Brass / Bronze
Offers excellent machinability and natural bearing properties. Ideal for custom bushings, wear plates, and low-friction sliding guides.
POM (Delrin®)
The machinist's dream plastic. Low friction and highly dimensionally stable, perfect for insulating standoffs and unlubricated gear trains.
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