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Die casting produces metal parts by injecting molten metal into a precision-machined steel mold under high pressure. The process supports high-volume production while delivering consistent dimensions, fine surface finishes, and repeatable quality:
Quickparts takes care of your project with our integrated manufacturing capabilities, enabling us to rapidly produce any part and deliver your project from prototype to production.
Move from prototype to production with streamlined quoting, engineering support, and global manufacturing capacity. Quickparts helps keep projects on schedule with reliable lead times.
Access a global network of manufacturing facilities backed by consistent quality standards. Our teams support production requirements across regions and industries.
Leverage decades of manufacturing expertise across additive and traditional production processes. Our engineers help optimize designs for manufacturability, quality, and performance.
Work with a single partner from design review through production and finishing. Quickparts supports every stage of the manufacturing process with engineering guidance and responsive project management.
Quickparts supports both hot chamber and cold chamber die casting for aluminum and zinc components. Our teams guide projects from design review through production, inspection, and delivery.
Upload your CAD file through QuickQuote® to start your die casting project. Our team reviews part geometry, production requirements, and manufacturing considerations.
Receive pricing, lead times, and project details based on your specifications. Engineering teams review requirements to help identify potential manufacturing considerations.
Before production begins, we confirm material selection, tolerances, finishes, quantities, and delivery requirements. This review helps align production with your project goals.
Our manufacturing teams produce parts using hot chamber or cold chamber die casting processes based on material and application requirements. Secondary operations and finishing services are available as needed.
Each project undergoes quality inspection before shipment. Finished parts are packaged and delivered according to project specifications and timelines.
Quickparts offers a range of die casting materials and finishing options to meet performance, durability, and appearance requirements. Our team helps identify the right material, casting process, and finish based on your application, environment, and production goals.
Quickparts supports die casting projects across a range of industries that require durable metal components, repeatable quality, and production-scale manufacturing. Our teams produce precision die-cast parts for both prototype and production applications.
Manufactures housings, brackets, covers, and structural components that require dimensional accuracy and repeatable production.
Produces durable metal housings and enclosures designed to withstand demanding operating environments and repeated use.
Creates pump bodies, housings, and related components that require strength, consistency, and reliable performance.
Manufactures compressor housings and supporting components with the dimensional stability required for production applications.
Produces enclosures, housings, heat sinks, and structural components for telecommunications and electronic equipment.
Creates precision metal components for measuring devices, instrumentation equipment, and control systems that require consistent dimensions and surface quality.
Die casting is a manufacturing process that injects molten metal into a precision-machined steel mold under high pressure. The process produces metal parts with consistent dimensions, fine surface finishes, and repeatable quality for prototype and production applications. See our process comparison guide for more information.
Lead times vary based on part complexity, tooling requirements, material selection, and production volume. Quickparts reviews each project and provides lead times based on your design specifications and manufacturing requirements.
Die casting uses reusable steel molds and high-pressure metal injection to produce parts with tight tolerances, smooth surface finishes, and consistent quality. Sand casting uses disposable sand molds and is often better suited for larger parts, lower production volumes, and simpler geometries.
Neither process is inherently better. Die casting is typically preferred for high-volume production and repeatable precision, while sand casting can be a cost-effective option for larger components and lower-volume projects.
Die casting and CNC machining serve different manufacturing needs. Die casting is often preferred for higher production volumes because reusable tooling helps reduce per-part costs and maintain consistent quality. CNC machining is well-suited for prototypes, low-volume production, and parts that require complex features or tight tolerances without tooling investment.
Common die casting materials include aluminum and zinc, which offer a combination of strength, dimensional accuracy, and production efficiency. Depending on the application, manufacturers may also use magnesium and other non-ferrous alloys to meet specific performance requirements.
Die casting is often used for high-volume production of non-ferrous metal parts that require consistent quality, dimensional accuracy, and repeatable results. The process uses reusable tooling to support efficient production and can create complex geometries with excellent surface finishes. Die casting is commonly selected for industrial, commercial, and consumer applications where production efficiency and part consistency are important.
Die casting typically requires an upfront tooling investment, which can make it more expensive than some manufacturing processes for low-volume production. However, the reusable tooling and high production rates often reduce per-part costs for medium- and high-volume projects, making die casting a cost-effective option at scale.
