SLM, selective laser melting
Metal is fused layer by layer in a controlled atmosphere: solid-part density, with no casting and no roughing pass.
The step up to metal, in dental
A 500 W laser and 150 teeth per platform, with layout and data prepared in five minutes and no filter cartridge to replace.
Materials: Cobalt-chrome, Ti6Al4V titanium, Pure titanium
Applications: crowns, bridges, metal frameworks, removable frameworks, implant bars
Metal is fused layer by layer in a controlled atmosphere: solid-part density, with no casting and no roughing pass.
A fibre source with galvanometer scanning at 0 – 10 m/s.
Sin cartucho: aprovechamiento alto del polvo. Less consumable, less downtime and less cost per part.
Parts are laid out and paths calculated automatically, without anyone having to learn a manufacturing package.
What the manufacturer's sheet declares, unembellished.
Ø 140 × 170 mm
20 – 120 µm (ajustable)
50 – 100 µm (ajustable)
±0,1 mm (L ≤ 100 mm); ±0,1 % × L (L > 100 mm)
The FF-M140C ships with Fast Form's preparation and control software: it lays out the parts and works out the paths automatically, with a database of validated parameters by material, and logs every print.
The materials the manufacturer declares for the FF-M140C.
From the single crown to the implant bar.
The printer is one part of the workflow. This is what goes with it in a lab that produces.
Makes the process gas on site, with no dependence on cylinders.
Collects the metal powder with the safety a reactive material demands.
Recovers unfused powder and returns it to the cycle, graded.
Relieves stress and gives the material its final properties.
Key technical data for the Fast Form FF-M140C.
Data from the manufacturer's spec sheet. Subject to change without notice.
We will help you size the installation, the process gas and the ancillary equipment before you buy.