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Prototyping without traditional tooling
Aluminum additive manufacturing, also known as 3D sand printing for foundry, enables the production of molds and cores directly from digital files, without traditional tooling.
It offers great design freedom, significantly reduces lead times, and avoids pattern making when the project involves a prototype, a pre-series, or a complex internal geometry.
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From 3D File to Aluminum Part
- 1Preparation and validation of the 3D file.
- 2Sand printing of the mold and cores.
- 3Casting of the selected aluminum alloy.
- 4Shakeout, finishing, and inspection of the part.
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Applications and Decision Points
- Functional prototypes and design validation.
- Pre-series before investment in tooling.
- Parts with complex cores or internal channels.
- Developments for which lead time is critical.
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Request a quoteLet's prepare your project
Tell us about your part: provide your drawing or 3D file, the estimated quantity, the alloy, the expected additional operations, and your target lead time. Our teams will study the most suitable process for your project.
