Products & services
Components we make every day
Ten component families, all produced through the same controlled chain: mould, casting, machining, finishing, inspection.
⤢Precision Power Tool Components
Gear housings, motor end covers and structural castings for professional power tools
⤢Servo Motor Components
Motor housings, end caps and heat-dissipating frames for servo and drive systems
⤢New Energy Vehicle Components
E-axle housings, control-unit enclosures and lightweight structural parts
⤢Intelligent Robot Components
Joint housings, reducer covers and lightweight arms for robots and automation
⤢Lighting & Radiator Components
LED heatsinks, lamp housings and thermal parts for architectural and industrial lighting
⤢Dedicated Communication Components
Rugged housings, shielding cavities and RF parts for private-network equipment
⤢5G Communication Components
Massive-MIMO cavities, filters and散热 modules for 5G base stations
⤢Smart Home & Appliance Components
Coffee machine bodies, lock housings and visible parts with cosmetic finishes
⤢General Mechanical Components
Brackets, covers, housings and machined castings across industries
⤢Optoelectronic Equipment Components
Lens barrels, optical benches and precision housings for optoelectronic devices
⤢AI server liquid-cooling components
Liquid-cooling plates, channel plates and cold-plate modules for AI servers and GPU nodes — vacuum die cast then precision machined, with sealing faces and connector bosses formed in one piece.
⤢3D-printed robot vacuum components
Structural parts for robot vacuums produced by 3D printing for tooling-free prototyping and small batches — covers, chassis frames and gearbox brackets that switch to die casting at volume.
One process chain
Whichever family your part belongs to, it travels the same eight stages with the same inspection gates.
- Step 01
Design & DFM review
We start from your drawing or sample, then return manufacturability feedback on wall thickness, drafts, tolerances and cost drivers.
- Step 02
Mould design & simulation
Gating, cooling and ejection are designed, then validated by mould flow analysis before the steel is cut.
- Step 03
Mould making
In-house mould making with hardened tool steels, documentable timeline and trial-shot verification.
- Step 04
Die casting
Cold-chamber die casting machines from 160 t to 1,600 t, with vacuum assistance for pressure-tight parts.
- Step 05
Deburring & trimming
Trimming dies, tumbling and manual finishing to prepare parts for a stable machining setup.
- Step 06
CNC machining
Sealing grooves, bearing bores, threads and interfaces machined in dedicated cells with in-process gauging.
- Step 07
Surface treatment
Blasting, anodising, electrophoresis, powder and liquid coating through controlled and audited partners.
- Step 08
Inspection, packing & delivery
Final inspection against the control plan, then protective packing and shipping — air, sea or consolidated.
Send us a drawing, a sample or even a rough idea
Our engineering team reviews manufacturability, proposes a process chain and returns an indicative quotation — usually within one working day.