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Tuesday, 6 October 2026
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Faiborida 3D Launches SLM M500 Metal 3D Printer with Four Lasers

·2 min read

Written with artificial intelligence.

Faiborida 3D Launches SLM M500 Metal 3D Printer with Four Lasers

Faiborida 3D has unveiled the SLM M500, a large-format metal 3D printer featuring a 500 × 500 × 500 mm build envelope and four 500 W lasers. This machine is designed for high build rates, catering to users requiring larger parts or higher production volumes.

Overview of the SLM M500

Faiborida 3D, based in Foshan, China, has introduced the SLM M500, an advanced metal 3D printer that utilizes laser powder bed fusion (LPBF) technology. With a sizable build envelope of 500 × 500 × 500 mm, the printer is equipped with four 500 W lasers, aimed at enhancing build rates for both larger components and higher quantities of parts in a single job.

Technical Specifications

The SLM M500's four 500 W IPG fiber lasers operate at a wavelength of 1064 nm and are integrated with SCANLAB scanning systems and F-theta lenses. Key specifications include:

  • Scanning speeds: Up to 11 m/s
  • Forming efficiency: Between 20 and 80 cm³/h
  • Layer thickness: Adjustable from 0.02 mm to 0.2 mm for balancing resolution and speed
  • Dimensional accuracy: ±0.1 mm for features up to 100 mm; ±0.1% of length for larger dimensions

The printer is capable of processing various materials such as stainless steel, titanium alloys, and aluminum alloys, with specific process-parameter packages provided for qualified materials.

Faiborida 3D Launches SLM M500 Metal 3D Printer with Four Lasers
Image generated with AI

Competitive Positioning

Faiborida positions the SLM M500 against other mid-frame LPBF systems, emphasizing its larger build capability and faster throughput. In a comparative analysis, the SLM M500 is highlighted for its ability to handle larger jobs more efficiently than systems like the Farsoon FS273M and Eplus3D EP-M300, which have smaller build volumes and fewer lasers.

Choosing the Right System

Faiborida recommends potential buyers consider two main factors: the maximum part size required and the desired build rate, which is influenced by the number of lasers. For optimal performance, they suggest requesting a benchmark part and relevant process-parameter package prior to purchase. Additionally, buyers are encouraged to refer to NIST guidance and relevant ASTM and ISO standards for setting acceptance criteria in additive manufacturing.

Faiborida also offers a range of other 3D printing technologies, including SLA and FDM systems, as well as metal powders and photopolymer resins.

IndustryMetal 3d printingLaser 3d printerFaiborida 3dAdditive manufacturing3d printing technology
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