Small Series Production of High-Performance and Functional Automotive Parts

Mastery of technologies suited to small series production ensures optimal repeatability. Coupled with high-performance materials, these parts can be designed to become functional and integrated efficiently into automotive mechanical sub-assemblies.

Combining Repeatable Technologies and High-Performance Materials for Functional Parts Production

We combine various industrial technologies suited for the small series production of functional automotive parts, guaranteeing faithful and precise reproduction: additive manufacturing (plastic and metal), vacuum casting, and 5-axis machining. With our in-house expertise, we ensure the rigor and pace necessary to meet your quantity needs.

Nous proposons une large gamme de matériaux, dont des résines et poudres haute performance, capables de résister à des températures élevées, des chocs et des distorsions. Additionally, our custom finishes (sanding, painting, metallization) ensure the exact rendering of your functional parts.

Our solutions cover all types of products: mechanical parts, integrated elements, decorative and ornamental products, and more. We thoroughly check your specifications and production files, optimizing their technical reliability, and advise you on the most suitable materials and processes in compliance with current standards.

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Additive Manufacturing for Small Series Production of Functional Parts

Additive manufacturing perfectly adapts to small series production, ranging from a single prototype to thousands of functional parts.

The most suitable 3D printing methods for small series production include:

Laser Sintering – SLS: Ideal for technical parts subjected to high thermal and mechanical stresses, thanks to a range of laser powders.
Stereolithography – SLA: The most precise method for reproducing fine details while ensuring superior quality.
Selective Laser Melting – SLM: Allows the production of functional metallic parts with high-performance mechanical characteristics, suitable for high-stress applications.

3D printing in small series offers unmatched flexibility, avoiding costs associated with the creation of molds or tooling, which are necessary with conventional technologies.