Start with the drawing and let the manufacturing route follow the part: tooling, casting, machining, finishing, assembly, inspection and delivery.
Engineering-led die casting capability
The capability section explains what can be produced, how the process is planned and what remains project-specific.
Machine range runs from 160T to 800T across 20+ die casting machines, with 30+ CNC units and 500,000+ pieces of monthly capacity behind the process.
Each page is structured around one project decision and links back to materials, processes, quality and RFQ.
A production route for thin-wall, dimensionally stable parts where cycle time, tooling design and process control must be planned together.
Open page CapabilityAluminum is often selected for a balance of strength, weight, thermal behavior, finishing compatibility and production efficiency.
Open page CapabilityZinc alloys support fine surface detail, thin sections and stable small components when the part weight and operating environment suit the material.
Open page CapabilityMagnesium can reduce part mass and support thin, stiff geometries when the design, material handling and process controls are appropriate.
Open page CapabilityA die is a production asset. Its layout, steel, cooling, ejection and maintenance plan determine the stability of every part that follows.
Open page CapabilitySecondary machining turns a cast shape into an assembly-ready part by controlling bores, faces, threads, seals and reference features.
Open page CapabilityFinishing is an engineering choice. Color, texture, corrosion protection, electrical behavior and dimensional change must be reviewed together.
Open page CapabilitySub-assembly can simplify the supply chain when insert installation, sealing, testing and packaging are planned with the casting and machining process.
Open pageThese answers define the normal project path and the information needed for a useful quotation.
Provide the controlled 2D/3D drawing, material requirement, annual quantity, finishing requirement, critical dimensions, target market and delivery date.
An initial feasibility discussion is possible, but the quotation and tooling scope should be based on a controlled drawing revision.
Tolerance and inspection requirements are defined from the drawing, critical features, process capability and agreed datum strategy.
Ownership, storage, maintenance and transfer terms are defined in the quotation or supply agreement before the tooling project starts.
Use the internal links to connect the material, process, industry, product and RFQ pages around one project decision.
Include the material, annual quantity, finishing requirement, target market and delivery date. The review can start from STEP, IGS, DWG, DXF, PDF or ZIP files.
