Manufacturing capabilities
Mould design, fixture design, precision machining and mould flow analysis are all in-house. That is what keeps lead times short and quality predictable.
Core advantages
A professional, stable engineering team — average tenure counted in years, not months
Complete in-house equipment: die casting, CNC, surface treatment, inspection
First-class product quality control with documented inspection at every gate
Competitive quotations built on transparent process costing
35 years of aluminium precision component experience across very different industries
Management systems aligned to ISO 9001, ISO 14001, IATF 16949 and OHSAS 18001
Manufacturing scale that keeps expanding, with overseas capacity planning in progress
Cost control that fits both high-volume programmes and low-volume specialist work
01 · Manufacturing capabilities
In-house mould design supported by flow simulation and a library of proven structures. Gating, cooling and ejection are planned before a single cavity is cut, so the tool reaches stable production faster.
02 · Manufacturing capabilities
Fixtures decide whether a good casting becomes a good part. We design dedicated and modular fixtures for positioning, clamping and leak or functional testing, then verify repeatability with capability studies.
03 · Manufacturing capabilities
Dedicated CNC cells handle sealing faces, bearing bores, threads and interfaces. In-process gauging and CMM verification keep critical dimensions inside tolerance across the whole batch, not just the first article.
04 · Manufacturing capabilities
Simulation is our cheapest prototype. Filling, solidification, air entrapment and warpage are predicted in software so the first steel cut is already close — reducing trial shots, cost and time to market.
Manufacturing process
Eight controlled stages, each with its own inspection gate. You always know which step your programme is on and what comes next.
We start from your drawing or sample, then return manufacturability feedback on wall thickness, drafts, tolerances and cost drivers.
Gating, cooling and ejection are designed, then validated by mould flow analysis before the steel is cut.
In-house mould making with hardened tool steels, documentable timeline and trial-shot verification.
Cold-chamber die casting machines from 160 t to 1,600 t, with vacuum assistance for pressure-tight parts.
Trimming dies, tumbling and manual finishing to prepare parts for a stable machining setup.
Sealing grooves, bearing bores, threads and interfaces machined in dedicated cells with in-process gauging.
Blasting, anodising, electrophoresis, powder and liquid coating through controlled and audited partners.
Final inspection against the control plan, then protective packing and shipping — air, sea or consolidated.
Quality & systems
ISO 9001, ISO 14001, IATF 16949 and OHSAS 18001 management systems support process control, traceability and continuous improvement.
