High Pressure Die Casting Moulds Supplier & Manufacturer

High pressure die casting moulds are used to produce repeatable metal components by injecting molten alloy into a hardened steel die under high pressure. They are commonly used for aluminium, magnesium, and zinc parts in automotive, EV, aerospace, electronics, healthcare, and industrial applications where dimensional consistency, surface finish, and production speed are critical.

Marcus supports mould development for aluminium, magnesium, and zinc die casting applications. For cold chamber processes, common alloys include ADC10, ADC12, A380, A384, AlSi10MnMg, LM2, LM6, LM24, and LM25. For hot chamber applications, tooling can be designed for zinc alloys such as Zamak 2, 3, 5, and 7, depending on part geometry and production requirements.

Yes. Marcus has a dedicated in-house Tool Room that manages mould design, fabrication, maintenance, repair, and engineering changes. The team uses CAD/CAM integration, DFM review, and process simulation before machining begins. Keeping these capabilities in-house improves communication, shortens development cycles, and gives customers better control over quality, validation, and production readiness.

Mould validation is carried out through in-house T0 and T1 trials, supported by inspection and performance checks before release to production. Marcus also provides First Article Inspection Reports and applies structured quality methods such as APQP, PPAP, and FAIR where required. This approach helps identify issues early and confirms that the mould can support stable, repeatable manufacturing output.

Yes. Marcus can support early-stage development as well as full production tooling programs. The company’s new product development framework includes DFM collaboration, simulation-driven defect analysis, rapid prototyping support, and trial runs before scale-up. This makes it easier for customers to move from concept validation to production-ready tooling with fewer delays and better engineering visibility.

Marcus supports customers in automotive, EV, aerospace, electronics, healthcare, energy, and industrial manufacturing. These sectors often require moulds that can maintain dimensional accuracy, withstand demanding production cycles, and support strict quality documentation. The company’s certified systems and integrated manufacturing capabilities make it well suited for programs with technical, regulatory, and supply chain requirements.

Yes. Marcus provides preventive maintenance, tool repair, refurbishment, and engineering change management for moulds and related tooling. These services help extend tool life, reduce unplanned downtime, and maintain part quality over long production runs. Regular maintenance is especially important in high pressure die casting, where thermal cycling and wear can affect cavity condition and process stability.

Lead time depends on part complexity, mould size, cavity configuration, validation requirements, and whether the program includes prototyping or production trials. Marcus manages development through in-house design, machining, and trial capability, which helps reduce delays caused by outsourcing. Early DFM review and simulation also improve planning accuracy and help customers reach production readiness faster.