PRECISION TOOLING • MOULDING • MANUFACTURING
Integrated end-to-end manufacturing workflow: From component DFM and mould tool manufacturing through controlled injection moulding, metrology verification, and delivery.
By managing toolroom machining, mould development, moulding execution, and quality inspection under one roof, we eliminate handover friction and maintain total traceability.
Thorough CAD review, draft angle analysis, parting line determination, wall-thickness uniformity optimization, and runner gate simulation.
Precision toolroom execution utilizing hardened tool steels (P20, H13, 2311) with high-speed CNC milling, wire EDM cutting, and precision grinding.
Careful hand-fitting and bluing verification of parting lines, guide pillar alignment, ejector stroke balancing, and conformal cooling manifold integration.
Consistent production on modern injection moulding machines with scientific process parameter logging, de-humidified resin drying, and cycle time control.
Granite surface plate dimensional inspection, first-article inspection (FAI), critical-to-function dimension checks, and surface cosmetic validation.
Anti-static, corrosion-inhibiting, and shock-resistant packaging designed for secure domestic delivery or international sea/air freight transit.
Our facility brings engineering design, precision toolmaking, and repetitive moulding under a unified quality management framework.
Whether manufacturing single-cavity pilot moulds or multi-cavity production tooling capable of millions of shots, we configure dedicated machining cells and moulding cycles tailored to your component volume.
Zero third-party handover risk. Engineering, tooling, and moulding under unified oversight.
We process a broad range of high-performance technical thermoplastics engineered for demanding structural, thermal, and electrical applications.
High dimensional stability, superb surface finish, and impact strength for electronic enclosures, instrument housings, and consumer equipment.
Glass-filled and unreinforced grades delivering high mechanical strength, thermal endurance, and abrasion resistance for structural components.
Low coefficient of friction, high stiffness, and chemical resistance for precision gears, sliding mechanisms, bushings, and electrical connectors.
Review tooling feasibility, part specifications, or turnkey mould-to-production requirements with our engineering team.