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We made prototype joints for robot arm, cut on our 5-axis CNC to tolerances that met the ultra-micro fit demanded so there's unchallenged motion and assembly. The prototype pieces were handed over to the client for mounting trials, and all of them passed functional checks. After the successful validation, our customer purchased a batch of 100 pieces, all well finished with dimensional accuracy.

Product: Component Of Clutch Seal Kit (CNC machining parts)
Process: CNC machining
Material: Aluminum 6061
Surface Treatment: Anodized; uniform finish with bright color

This project shows how mold analysis and DFM review are carried out before production.

This component is produced in a simple mold (mold 1 Cavity) with two slides for formation of complex features. Parts are then HIP'd and annealed for density and dimensional stability after molding. Drillings and countersinks can be added as required; the frame is then vacuum heat treated, quenched to 40 HRC, and passivated for corrosion resistance.

Previously produced by casting with multiple secondary operations, this part now uses MIM for high-volume, precise production. Annual output reaches 70,000 pieces with excellent batch consistency. Compared to casting and machining, MIM minimizes waste and offers better cost efficiency.

Such an oil spray piston cooler has a highly complex geometry in which holes intersect, and where unblocked channels are needed for the oil.