Precision Series
MLab & MLab R

Metal 3D Printer Precision System

When detail and surface finish are the main concerns, look no further than Concept Laser’s Mlab systems. These machines offer a smaller laser focus and thinner powder layers to build some of the most detailed and highly-resolved parts possible, all in a machine with a small footprint.

Mlab cusing Metal Laser Melting System

The ideal machine for manufacturing components with elaborate structures. Perfect when what matters is high surface quality and the finest component structures!

BUILD VOLUME: 3.5″ x 3.5″ x 3″

100W Laser

Non-Reactive Materials


Mlab-cusing_hp

The Mlab cusing is a lower-cost variant of the Mlab cusing R for the user who does not intend to work with reactive materials. This system produces fully-dense parts with a surface finish that is unmatched in laser systems. The Mlab cusing finds widespread use in the medical, dental, and jewelry markets, where the smaller build volume is ideal for high-value materials as it allows the user to work with smaller powder batches. The size of the system lends itself well to a production or lab environment, where the footprint can be very limited, and the system requires less ancillary equipment than most of the larger systems. The modularity of the build chamber allows for quick and painless material changes, and the semi-automatic sieving station enables powder re-use.

Mlab cusing R Metal Laser Melting System

The ideal machine for manufacturing metal components with elaborate structures, and parts made from reactive materials like titanium. Ideally suited to fi ne detail, high quality surface finish, and precision component structures.

BUILD VOLUME: 3.5″ x 3.5″ x 3″

100W Laser


Mlab-cusing-R_hp

The Mlab cusing R is capable of building in both reactive and non-reactive materials, and produces fully-dense parts with a surface finish that is unmatched in laser systems. The smaller build volume is ideal for high-value materials as it allows the user to work with smaller powder batches. The size of the system lends itself well to a production or lab environment, where the footprint can be very limited, and the system requires less ancillary equipment than most of the larger systems. The modularity of the build chamber allows for quick and painless material changes, and the semi-automatic sieving station enables powder re-use.