Actuator & Gripper Housings
Milled actuator, reducer and gripper housings, brackets and plates, with bore position, concentricity and flatness checked on CMM.
Divine Precision
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Divine Precision
CNC parts for robots, actuators and automation equipment, held to the tolerances a long-running machine needs.
We machine the housings, pins and fittings inside robots and automation equipment.
Robotic parts machining here means one drawing package and one quote for the milled housing, turned pin and fitting. Work runs under our ISO 9001:2015 quality system. The first piece goes on the CMM before the batch continues. See our cnc machining options, then upload a drawing for a quote.
Housings are judged on bore position, concentricity and flatness, so call those out on the drawing. State whether bore tolerances apply before or after anodizing.
The same controls carry over to medical cnc machining, electronics cnc machining and Automotive & EV programs.
Milled actuator, reducer and gripper housings, brackets and plates, with bore position, concentricity and flatness checked on CMM.
Machined enclosures that hold position, proximity and vision sensors firmly in place on the arm or cell.
Turned pins and terminals for connectors and for signal or power paths inside the robot.
Turned fittings for pneumatic grippers and valve manifolds on automation equipment.
Aluminum keeps moving mass low. Stainless, alloy steel and brass carry wear and load.
3-, 4- and 5-axis milling for housings and plates, from a 3-day prototype to production runs. Learn what 5-axis machining is.
Turned pins, shafts and fittings with cross holes, flats and threads, plus grinding for ±0.005 mm diameters. See Swiss turning or CNC turning for choosing between them.
Anodizing, plating, passivation and laser marking, plus assembly with torque and leak checks.
Send a drawing and our team replies within one business day.
Ask a QuestionAnodizing builds coating on bore walls, so a bore that must hold a fit needs its tolerance stated as before or after anodizing. Mark it on the drawing and we confirm it during DFM review. Type II and hard Type III are both available.
We machine parts and do not sell robot machines, so cost means price per part. It moves with material grade, how many bores and faces carry tight callouts, anodizing or plating, and quantity, with a 1-piece MOQ. A drawing is all we need to quote.
The tightest tolerance is ±0.005 mm. Diameter tolerance is typically ±0.005 mm ground or ±0.01 mm turned, with Ra 1.6 µm standard and Ra 0.4 µm on request. Bore position, concentricity and flatness are set per drawing. For stacking several parts, see reading a tolerance stack.
Yes. CNC prototypes take as little as 3 days and 5-axis prototypes 7 days, with batches from 1 piece to 100k+. Production lead time depends on the part and is confirmed on your quote.
Upload a 3D model in STEP or IGES, with SolidWorks and ProE files also accepted, plus a PDF or DWG drawing carrying GD&T callouts. An NDA is signed on request before any drawing is opened.
Every lot arrives with its material certificate and an inspection record. The FAI report is sent before the batch is released, and FAI/PPAP packages are available on request.
Send your CAD drawings, 2D/3D files, or technical documents securely. Our team reviews promptly, protects your IP fully — and signs an NDA on request.