Industrial environments subject equipment to continuous vibration — components must withstand mechanical stress without loosening or failure.
High‑power drives and processors generate heat — effective cooling is essential for long‑term reliability in factory settings.
Automation systems must be protected from electromagnetic interference — requiring precision enclosures with effective grounding and shielding.
Laser cutting ±0.05mm, CNC bending ±0.2°, and welding for control cabinets, mounting plates, and sub‑racks.
3/4‑axis milling, turning, and Swiss machining for robot arms, sensor housings, and precision drive components.
Progressive dies for high‑volume shielding cans, brackets, and frames (0.2~6mm thickness, up to 300mm draw).
Extruded and skived heat sinks for variable‑frequency drives, servos, and power modules — black anodised.
Powder coating RAL 7035/7032, zinc plating, and chromate conversion for corrosion protection and EMC performance.
In‑house tooling design and rapid prototyping, with DFM analysis to reduce cost and lead time for automation components.
IP54 rated floor‑standing cabinet, SGCC 1.5mm, laser cut, CNC bent, welded, and powder coated RAL 7035.
View Details →Stamped and CNC‑machined bracket from AL6061‑T6, with black anodised finish and high‑strength design for servo mounting.
View Details →Certified quality and environmental management systems, ensuring consistent, sustainable manufacturing.
Automotive‑grade quality management (2024) — reflecting our rigorous process control and supply chain excellence.
Material certificates, chemical reports, mechanical properties, and batch traceability from raw material to final shipment.