MYSINT 100, Metal 3D printer tor Laser Powder Bed Fusion

• Open system
  All parameters and the laser path are fully customizable according to every specific need.
• Powder Bed Monitoring
  The combined use of cameras and software allows tor layer-by-layer verification of fusion quality and process stability.
• Reduced laser spot size
  The smaller laser spot allows tor higher resolution of the details, recommended tor the printing of micro-components.
• Reducible and removable cylinders
  Quick platform change system: it optimizes the size of the building surface to the part size and minimize the amount of precious powder in the cycle.

MYSINT100, Metal 3D printer with selective laser fusion by powder bed deposition

• Open system
  All parameters and the laser strategy are fully customizable
  according to every specific need.
• Powder Bed Monitoring
  The combined use of cameras and software allow for layer-bylayer
  verification of fusion quality and process stability.
• Reduced laser spot size
  The smaller laser spot allows for higher resolution of the details,
  recommended for the printing of micro-components.
• Reducible and removable cylinders
  Quick platform change system: it optimizes the size
  of the building surface to the part size and minimize the amount
  of precious powder in the cycle.

MYSINT 200, Metal 3D printer tor Laser Powder Bed Fusion

The MYSINT 200 series, which is designed to best meet the production needs of the industrial and medical sector by also working with reactive metals, offers a maximum printing volume equal to a cylinder with a base diameter of 200 mm and a height of 200 mm.

• Two fully overlapping laser sources that work together (full overlap).

• State-of-the-art laser pulse management functions, allowing a better surface finish to be obtained and stress to be reduced during construction of the piece.

• Pre-heating of the printing plate up to + 200°C.

• The components and the industrial category control computer, which guarantee greater process stability.

• Two filter cartridges that support up to 1000 hours of printing each.

• An integrated suction system for the transfer of residual dust from the construction cylinder to the recovery container, without the need to use an external discharge station.

• A meltpool monitoring system to analyze the laser beam and verify the actual work quality

• An external dust management system through the MYSINT MULTIPLO station for automatic sieving, even in an inert atmosphere.