We design and build custom aluminum diecasting molds, from engineering review to tool manufacture. CNC machining, EDM, assembly, die trials and inspection are planned around the requirements of each tool.
Inside the factory
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FACTORY & EQUIPMENT
Machining center
Machining equipment photographed on the tooling workshop floor.
One decision informs the next.
Machining at the Honghewei factory
01
Review & design
Turn part requirements into a tooling plan.
Review the drawing, parting, gating, temperature control and casting-machine interfaces. The design team connects DFM, technical discussion and tooling review to the next engineering decision.
Explore the scope: Review & design
Customer drawing & sample
DFM & mold-flow analysis
Mold layout, 3D model & 2D component drawings
02
Manufacture & assemble
Build the process around the design.
Rough machining, heat treatment, precision machining, wire EDM, EDM, polishing and assembly form the manufacturing route. Internal and external process responsibilities are reviewed for the project.
Explore the scope: Manufacture & assemble
CNC / EDM / Wire EDM
Process review & inspection
Assembly & full mold inspection
03
Trial & refine
Let the casting ask the next question.
Trial-part measurement and T1 review identify issues and inform modification proposals and further trials. Modification and maintenance scope follow the needs of the project.
Explore the scope: Trial & refine
Mold trial & sample checks
T1 findings & review
Modification & further trials
04
Measure & review
Connect inspection to the next decision.
Measurement follows the approved drawing and customer requirements. Agree the scope, methods and reporting, then bring the findings into the engineering review.
Explore the scope: Measure & review
Drawing & inspection datums
Full mold & part dimensional checks
Final project review / Tn summary
SEE IT IN A PROJECT
From design discussion
to the press.
Follow the HW6366 project through DFM, temperature-control discussions, T1 findings and T2 trial work.