Custom Zinc Alloy Die Casting and CNC Machining for Auto Parts and Hardware
Let’s define your requirement
Send a product link, drawing or short brief. We’ll work through the details with you.
- Confirm the specificationGrade or model, size and intended use.
- Define your orderQuantity, finish or configuration, and samples.
- Agree the quotation scopeIncluded work, key checks and delivery needs.
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Surface FinishAnodized , Polished
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Sizecustom service
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Surface Treatmentcustom serviceMaterialsMetal
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Product nameMetal Die Casting PartsServiceOEM\ODM
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MaterialStainless Steel,Aluminum,Iron,Zinc Alloy,CustomizedCertificationISO9001:2015, IATF16949, RoHS, Reach, etc
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Surface treatmentAnodize Colors, Brushing, Polish, Plating etc,customized serviceProcessCasting +Machining(if Need)+surface Treatment
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LogoCustomized Logo AcceptUsageEngineering Machinery Equipment
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Drawing FormatPdf/2D/3D/Dwg/Igs/Step/SolidworksPackageOpp Bag /Specific Requirements
Zinc alloy die casting and CNC machining are offered for custom auto-part and hardware requests. The OEM/ODM service combines casting with machining when needed and surface treatment, allowing the component's size, appearance and custom logo to be considered together.
Define the hardware part beyond its outline
A hardware or auto-part request should explain how the finished component joins its assembly. Identify the interfaces that need machining and distinguish them from areas where the cast form is sufficient. This gives the casting and CNC discussion a practical focus without assuming a particular zinc grade, connection type or dimensional limit for every request.
Align the metal with the chosen finish
The wider custom material menu includes stainless steel, aluminum, iron and zinc alloy, with the process agreed for the selected component. Brushing, polishing, plating and anodized colors are treatment directions to discuss for the actual metal. Describe the required appearance and the surfaces to receive it, especially where a visible face also forms an assembly interface.
- Custom logo
- Identify the artwork, position and relationship to the finished surface.
- Custom size
- Define the finished dimensions and the limits that control assembly.
Use the drawing formats to explain the work
PDF, 2D/3D, DWG, IGS, STEP and SolidWorks inputs can be used to describe the component. Pair the geometry with its material selection, dimensional criteria and surface acceptance requirements. A model can show the shape, while the accompanying definition explains which characteristics determine whether the finished part is acceptable.
Connect the request to its application
Engineering machinery equipment is another application direction for this custom service. State whether the inquiry concerns auto hardware or machinery equipment and identify the task of the component within that assembly. This keeps the material, machining and finish choices tied to the actual part being developed.
