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Metal 3D Printing Automotive Prototypes

Mass Production of Complex Metal Connectors via SLM

This case study demonstrates the large-scale application of Selective Laser Melting (SLM) technology for producing complex cross-shaped metal connectors. The project utilizes both Aluminum 6061 and Stainless Steel 316L as printing materials. Through advanced post-processing techniques, including precision polishing and black anodizing, the solution successfully overcomes the geometric and surface finish bottlenecks of traditional CNC machining. The result is a highly efficient, high-volume produ

Herman Herman 2 Minutes
Published Date: Sep 23, 2026
Last Updated Date: Sep 23, 2026
Mass Production of Complex Metal Connectors via SLM
Tables of Content

    Challenge:

    The client required high-volume manufacturing of specialized cross-shaped metal connectors. Traditional CNC machining was inefficient due to the complex multi-axis geometry, which required multiple setups and fixtures. Additionally, achieving a uniform, high-quality surface finish on such intricate shapes was a significant bottleneck for mass production.

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    Solution:

    We utilized Selective Laser Melting (SLM) technology to produce these connectors as single, integrated pieces, eliminating assembly needs.

    Materials: We offered flexibility with Aluminum 6061 for lightweight applications and Stainless Steel 316L for high-strength requirements.

    Post-Processing: To ensure a premium look and feel, parts underwent precision polishing to smooth surface roughness, followed by black anodizing (for aluminum) to achieve the sleek, matte black finish seen in the prototype.

    Results:

    Design Freedom: Successfully manufactured complex cross-geometries without support structure issues.

    Superior Finish: Achieved a consistent, high-end aesthetic with durable surface protection.

    Efficiency: Significantly reduced lead times and unit costs compared to traditional multi-axis machining methods.

    Featuring Process

    Featuring Materials

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