Tooling Development for Aluminum Die Casting

Tooling development connects the component design with its casting and machining requirements. Start with the drawing, functional features and expected production volumes.

Illustrative tooling design workstation with a three-dimensional die assembly on screen.
01 / MANUFACTURING SERVICEWhat we discuss
  • Component drawings and functional features
  • Production requirements and project scope
  • Machining allowances and downstream operations

Define the tooling brief.

Plan the tooling around the part geometry, functional interfaces and expected quantities. Include machining and finishing needs in the same brief.

01Component geometry
Mark mating features, ribs, openings and areas where the tooling design needs particular attention.
02Production requirements
Provide the expected order quantity, annual demand and trial-sample requirements, where known.
03Secondary operations
Identify machined surfaces, finish requirements and protected interfaces before defining the tooling scope.
04Project scope
Agree tooling responsibilities, the sample review process and the information required before the next stage.

From design review to trial samples.

Confirm tooling responsibilities, trial-sample requirements and the sample review process before planning the next stage.

  1. 01

    Share the component design

  2. 02

    Discuss tooling considerations

  3. 03

    Agree the project scope

Connected services.

Explore the other stages in the manufacturing process.

Have a component
in mind?

Bring the part drawing, tooling scope and trial-sample requirements.

Discuss Your Project