3D Mold Design & Simulation
Full SolidWorks modeling including shrinkage calculations, venting layouts, and injection cooling line mapping.
Engineering precision blow moulds and high-cavitation injection tooling solutions.
Full SolidWorks modeling including shrinkage calculations, venting layouts, and injection cooling line mapping.
High-speed vertical milling machining centers carving core and cavities to tight tolerances.
Electrical discharge machining for sharp internal corners and detailed rib features in hardened blocks.
Experienced manual toolmakers executing blue-matching guides, slide clearances, and parting line fittings.
We utilize licensed engineering software to translate product drawings into production-ready designs. Our simulations help detect weld lines, gas trap points, and cooling efficiency issues before steel cutting begins.
Precise packaging designs, cavity placements, and sliding core assemblies.
High-speed roughing and finishing paths to ensure surface polish and avoid manual adjustments.
To verify container ergonomics, handle grips, and volume targets before machining high-value tool blocks, we provide SLA 3D printed samples. This step allows clients to perform physical assembly reviews and verify cap closures fitment.
Physical samples in clear resin to verify wall thickness, volumes, and closure fits.
Water volume filling tests to confirm fill levels match labelling specs exactly.
Sneak peek into our precision engineering floors and manufacturing departments.