Brose and Farsoon Launch 8-Laser Metal 3D Printer for Serial Production

Published on January 07, 2026 | Translated from Spanish
Brose-Farsoon metal 3D printer with multiple lasers processing a large part in the build chamber, showing details of the metal powder recycling system.

Brose and Farsoon Launch 8-Laser Metal 3D Printer for Serial Manufacturing

The alliance between Brose and Farsoon Technologies has resulted in an innovative metal 3D printer designed for serial additive production, marking a milestone in advanced industrial manufacturing 🚀.

Revolutionary Technical Features

This equipment stands out for its expanded build volume of 720 × 420 × 390 mm, facilitating the creation of large and complex components in a single operation. Additionally, it integrates eight 2,000 W lasers, multiplying productivity and significantly reducing manufacturing times ⚡.

Key Advantages of the System:
  • Ability to produce large-sized parts without the need for subsequent joins
  • Significant increase in manufacturing speed thanks to combined laser power
  • Workflow optimization for the automotive industry and related sectors
The CAMS technology allows extracting finished parts and continuing with new ones without interrupting the process, revolutionizing efficiency in additive manufacturing.

Commitment to Sustainability and Efficiency

The system incorporates CAMS technology | Continuous Additive Manufacturing System, enabling continuous manufacturing without stops. Brose reinforces its ecological approach through the use of recycled metal powder, obtained from press waste, reducing environmental impact and promoting responsible production 🌱.

Sustainable Benefits:
  • Reuse of waste materials in new production cycles
  • Reduction of the carbon footprint associated with component manufacturing
  • Promotion of the circular economy within industrial processes

Transformative Impact on the Automotive Industry

Thanks to this metal 3D printer, Brose can accelerate the production of automotive parts, both large and small, in a cost-effective manner and in high volumes. This advancement represents a crucial step toward industrial additive manufacturing, allowing the company to stay at the forefront in a competitive and constantly evolving market 🏭.