We manufactured a precision POM (polyoxymethylene) medical test cover plate — overcoming plastic-specific machining challenges including thermal expansion, stress relaxation, and surface defects through sharp tooling, controlled cutting parameters, and staged stabilization.
We manufactured a precision 316 stainless steel medical fluid component for diagnostic equipment — achieving burr-free internal channels and uniform passivation through controlled machining and ASTM A967-compliant surface treatment.
We machined a 6061-T6 base housing for a semiconductor optical inspection module — solving cylindrical outer wall-to-internal cavity coaxiality challenges through stress-relief sequencing, 5-axis single-setup machining, and MIL-spec hard anodizing with controlled bead-blasting.
We manufactured a precision 6061-T6 stepped circular adapter flange for medical imaging equipment — achieving two-step end-face parallelism, multi-hole position and coaxiality control, and challenging micro side-hole drilling through single-setup turn-mill machining, stress-relief sequencing, and high-pressure coolant strategies.
We manufactured a precision black POM elastic expansion bushing for automotive applications — solving multi-slot stress deformation, slot and sector opening consistency, flange-to-cylinder coaxiality, and clamping spring-back reliability through staged stress-relief machining, thermal stabilization, and controlled finishing strategies.
We manufactured a precision 6061-T6 multi-step rotary positioning flange cover plate for medical imaging systems — achieving multi-step parallelism and coaxiality, precise annular slot and notch angle alignment, complex contour corner clean-out, and threaded hole depth control through single-setup turn-mill machining and stress-relief sequencing.
We manufactured a precision 304 stainless steel knurled micro-adjustment handle shaft for medical calibration modules — achieving uniform diamond knurl pattern without edge chipping, square shaft-to-cylinder TIR control, mounting hole position accuracy, and burr-free knurl roots through single-setup turn-mill machining and passivation treatment.
We manufactured a precision single-use cranial drill bit combining 420 medical stainless steel and POM — achieving multi-edge cutting profile accuracy, step anti-drill stop structure integrity, burr-free cutting edges, metal-to-plastic coaxial assembly within tolerance, and compliance with medical sterilization standards through controlled machining and assembly protocols.
We manufactured a precision 6061 aluminum dual-adjustable locating fixture for 3C automation — integrating two independent adjustable slides with screw-driven travel and parallelism control for dual-side datum positioning, finished with black anodizing for wear resistance.
We manufactured a precision 6061 split-type aluminum enclosure for a handheld medical instrument — two half-shell housings machined with mating features, finished with bead-blasted blue anodizing (MIL-A-8625 Type II) for a premium cosmetic surface and corrosion resistance suitable for medical environment use.
We manufactured a PA12 handheld printer prototype enclosure using Selective Laser Sintering (SLS) — delivering complex geometry, integrated snap-fit features, and uniform white finish for functional validation and user trials.
We produced an integrated e-bike outer snap ring and clear headlight lens cover assembly using high-transparency PC via SLS 3D printing — achieving optical clarity, impact resistance, and snap-fit reliability in a single combined part.
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Address: No. 205, 2/F, 330 Golf Avenue, Guangpei Community, Guanlan Subdistrict, Longhua District, Shenzhen, China. 518111
+86 181 8864 0589
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