A magnesium component program starts with the reason for choosing the material: component weight, geometry, mechanical requirements and the intended environment. We review the proposed alloy and tooling route alongside machining and protective finishing, then define the manufacturing and validation scope for the actual part.
AZ91D and AM-series magnesium alloys serve different application needs. A material selection should use the specified alloy standard and required component properties, rather than a broad claim about the entire material family. Share the operating environment and functional requirements for review.
Tooling, casting, trimming, machining and finishing affect one another. Identify the final assembly datums, critical fits and protected surfaces before the mold design is released. Magnesium processing requires equipment and procedures appropriate to the alloy; process suitability is confirmed with the project scope.
Coating, fastener interfaces and contact with other materials can affect the finished component. Define the protection system, masked surfaces and any required exposure or functional tests before sampling. The quotation records the operations and acceptance documents included in the program.
Review the part before cutting steel. Resolve draft, filling, cooling and ejection in the tooling design.
View Service
Custom cavities, cores and mold assemblies manufactured to the agreed tooling specification.
View Service
Aluminum cast components for housings, lighting, automotive and industrial applications.
View ServiceSend us the part design, material and quantity. Let’s define the right tooling and manufacturing plan together.
Send Your Inquiry