Metal 3D Printing Solutions for Automotive

SLM 3D printers are revolutionizing the automotive sector by driving product development through additive manufacturing. Major OEMs and Tier 1 suppliers are leveraging this technology to establish scalable, on-demand local supply chains, enabling faster market entry. Through topology optimization, SLM empowers automotive manufacturers to enhance both cost-effectiveness and functionality, optimizing part designs for superior performance. Laseradd SLM Technology serves as a crucial bridge between prototyping and serial production, addressing production volumes that would otherwise be expensive and time-consuming to achieve, thereby unlocking new levels of efficiency and innovation in the automotive industry.

SUCCESSFUL STORIES
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    Aluminum Motor Brackets with Conformal Cooling Channels
    Project Name: Aluminum Motor Brackets
    Material: AlSi10Mg
    Machine Model: Laseradd SLM 280
    Layer Thickness: 0.05 mm
    Print Time: 10 hours
    This project produced aluminum motor brackets featuring conformal cooling channels to enhance motor cooling efficiency, thereby improving performance and reliability. Utilizing the Laseradd SLM 280 machine, the printing process spanned 10 hours, followed by post-processing and integration into production.
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    Inconel 625 Brake Calipers
    Project Name: Inconel 625 Brake Calipers
    Material: Inconel 625
    Machine Model: Laseradd SLM 500
    Layer Thickness: 0.02 mm
    Print Time: 24 hours
    This project involves the production of Inconel 625 brake calipers. a high-performance alloy acclaimed for its strength, corrosion resistance, and high-temperature characteristics. Employing the Laseradd SLM 500 machine, the 24-hour printing process was followed by post-processing and integration into production.
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    Aluminum Motor Housing with Conformal Cooling Channels
    Project Name: Aluminum Motor Housing
    Material: AlSi7Mg
    Machine Model: Laseradd SLM 450
    Layer Thickness: 0.03 mm
    Print Time: 15 hours
    This project involves the production of an aluminum motor housing with conformal cooling channels. The conformal cooling channels were designed to improve the cooling efficiency of the motor, resulting in improved performance and reliability. The housing was printed using the Laseradd SLM 350 machine. The printing process took 15 hours, and the housing was then post-processed and put into production.

Laseradd Material for Automotive Applications

Laseradd offers a wide range of qualified metal powders compatible with our SLM systems. All materials provided by Laseradd are qualified for their chemistry, spherical structure, particle size distribution, dryness, and flowability.

OUR MATERIAL PORTFOLIO COMPRISES

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    Al-Based Alloys: AlSi10Mg and ALSi7Mg

  • 2

    Ni-Based Alloys: Inconel 625

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    Fe-based Alloys: 1.2709, 316L (1.4404)

OUR MATERIAL PORTFOLIO COMPRISES
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