Farsoon FLIGHT FS403P 3D printer

We present you the Farsoon FS403P metal 3D printing system using selective laser fusion (SLM) technology from the global manufacturer Farsoon (China) with a working area of ​​​​400 x 400 x 450 mm.  

Features of the FLIGHT FS 403P system

Ultimate production speed

With powerful fiber laser and fast scanning speed up to 20m/s, Flight FS403P is capable of achieving extreme sintering speed that pushes the industrial plastic 3D printing productivity to a new level.

Quality and Perfomance

Featuring the advanced laser powder bed fusion technology with robust fiber laser, Flight FS403P is able to produce parts with enhanced mechanical performance without the need of fusing or detailing agents. High precision three-axis digital galvo system offers uniformed part mechanical property, fine surface and detail resolutions by ensures consistency of the laser spot size over the whole build area.

Sustainable and economy

Flight FS403P is able to achieve economy production by reduce the cost of consumables; Meanwhile, Farsoon offers tailored service and technical support that can offer the best competitive edge of additive manufacturing. 

Areas of use

• Aerospace

• Defense industry

• mechanical engineering

• Automotive

• Instrumentation

• Manufacture of engines or their components

• Manufacturing of medical equipment

• Individual Implants for Patients

• Cooling systems

• Jewelry and art
  

Open system

Open system settings allow you to adjust the following parameters:

• Laser power (in the range from 0% to 100% of the rated power). You can set different values ​​for the bottom and top surfaces, as well as the inner padding;

• The speed of scanning (the movement of the laser beam over the surface of the powder layer), or the transition between sections of the trajectory without fusion;

• Distance between ray path vectors;

• Trajectory construction strategy (distances and directions of the laser beam motion vectors);

• Powder layer application parameters;

• Beam diameter compensation;

• Synchronization parameters of the laser source and the beam guidance system;

• Angle between scan vectors of even and odd layers.

Specifications of FLIGHT FS403P 3D Printer