● Six years of iteration and comprehensive evolution
The FS273M is based on the FS271M, with a higher Z-direction forming cylinder and a larger powder feeding cylinder.
Dust collector and equipment are integrated, which saves space and resources.
Optional long-lasting circulating filtration system is available to meet the demand for long-lasting printing.

Inherited quality, high efficiency and maturity
The FS273M inherits the open source and excellent quality of the FS271M, with a substrate heating temperature of 200 degrees, better sealing and a new wind field design, resulting in significantly improved print quality and uniformity across the full width of the printer.
Printing efficiency, quality and product maturity have been further improved.

User-Friendly and Easy to Maintain
The FS273M attaches great importance to user experience and human-machine interaction, with a new squeegee design and a removable powder overflow cylinder, making it easier to maintain.

Overall dimensions (L×W×H): 2315mm×1650mm×2105mm
Forming cylinder size (L×W×H) (including the thickness of forming substrate, optional small forming cylinder): 275mm×275mm×355mm
Net weight of equipment: about 2200kg
Powder layer thickness: 0.02~0.1 mm adjustable
Scanning system: dynamic focus (FS273M); fixed focus (FS273M-2)
Scanning speed:
Up to 15m/s (FS273M)
Up to 10m/s (FS273M-2)
Laser:
Fiber laser, 500W × 1 (FS273M);
Fiber laser, 500W × 2 (FS273M-2)
Power requirements: 380V±10%, 3~/N/PE, 50Hz, 30A
Inert gas consumption: 3-5 L / min (nitrogen / argon)
Software features: open source parameter adjustment, support for design, three-dimensional visualization, diagnostic functions, support for adding functions
Operating system: 64-bit Windows 10
Control software: BuildStar, MakeStar ®
Data format: STL
Forming material: stainless steel, mold steel, aluminum alloy, nickel-based high-temperature alloys, titanium alloy, copper alloy, cobalt alloy, etc.

Racing Injector Mounts

Printing device: FS273M
Printing material: FS AlSi10Mg

This part is the engine injector support, in order to prevent fuel leakage to produce accidents, it is necessary to ensure that the spacing between each injector support is equal. If the traditional milling process is used to produce, firstly, it is difficult to process, and requires a five-axis CNC milling machine to process; secondly, the amount of milling is large, and the material utilization rate is not high. The use of 3D printing technology can improve the material utilization rate, but also to achieve lightweight design of complex structures after the production requirements.