OEM 3D Printing Products & Precision Global Exporter

Sub-Tier Ecosystem Velocity

Situated in Longgang District, Shenzhen, our facility operates at the nexus of the world's dense precision manufacturing cluster. Sourcing certified spherical metal powders (gas atomized Ti64, AlSi10Mg), tooling blanks, specialized carbide cutters, and surface anodizing baths occurs within hours, cutting development cycles by up to 60% compared to Western regional suppliers.

• Rapid raw material batch acquisition
• Seamless transition from AM to 100k+ stamping/casting
• On-demand custom tooling & multi-cavity jigs

Stringent Enterprise Qualification

Procurement directors require quantifiable vendor compliance. Every production run undergoes complete material chemistry verification via optical emission spectroscopy, mechanical tensile coupon evaluation, powder bed moisture monitoring, and 100% CMM geometric dimensioning and tolerancing (GD&T) reporting.

• Full batch lot chemical composition certificates
• First Article Inspection (FAI) AS9102 format standard
• Full RoHS, REACH, and biocompatibility documentation

Lifecycle Bridge Manufacturing

Prevent premature tooling capital expenditures. Sunmy provides rapid additive production for functional prototype testing (1–50 units), bridges pilot production runs via low-volume urethane casting or multi-axis CNC (50–2,000 units), and seamlessly transitions tooling to automated die casting and progressive die stamping.

• Zero supplier requalification required
• Consistent CAD versioning & engineering history
• Unified CMM dimensional benchmark standards

Optoelectronic Sensor Housings

Challenge: An optical inspection customer faced concentricity run-out >0.02 mm and thermal drift on an anodized 6061-T6 aluminum lens barrel with complex internal thread structures.
Solution: Sunmy applied single-setup turn-milling with custom diamond tooling and MIL-A-8625 Type II black anodization, verifying thread pitch and axial seat squareness under ±0.005 mm.
Outcome: 100% optical yield at customer assembly; delivered 15,000 units on schedule.

Aerospace Conformal Heat Exchangers

Challenge: An unmanned aerial vehicle (UAV) manufacturer required an ultra-lightweight AlSi10Mg liquid cooling plate with complex multi-curved micro-channels that conventional CNC milling could not produce.
Solution: SLM additive manufacturing allowed us to print internal 1.2 mm conformal channels with zero brazed joints, followed by CNC face-milling of O-ring sealing grooves held to Ra 0.8 µm.
Outcome: 42% thermal efficiency gain, 35% weight reduction, and zero hydrostatic leaks at 15 bar test pressure.

Robotic Grippers & Articulated Finger Links

Challenge: High-speed collaborative robotic grippers experienced repetitive fatigue fractures at actuation hinges during continuous 120-cycle-per-minute pick-and-place trials.
Solution: Generative topology optimization consolidated four bolted components into a single titanium Ti-6Al-4V component, printed via DMLS, followed by wire-EDM pin holes reamed to ±0.005 mm.
Outcome: 50% mass reduction with a 3.4x fatigue cycle improvement, fully certified across 5,000,000 continuous test cycles.