SLM, selective laser melting
Metal is fused layer by layer in a controlled atmosphere: solid-part density, with no casting and no roughing pass.
Large-format multi-laser
The industrial one in the range: multi-laser and bidirectional powder recoating for series production in steels, nickel, aluminium and titanium.
Materials: Stainless steel, Tool steel, Nickel alloys, Aluminium, Titanium
Applications: moulds, tooling, industrial parts, functional prototypes
Metal is fused layer by layer in a controlled atmosphere: solid-part density, with no casting and no roughing pass.
A fibre source, with stable optics and power control.
Cartucho de alto rendimiento, con bajo consumo de 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.
150 – 200 µm
< 100 µm
The FF-M800 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-M800.
From the one-off part to the industrial series.
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.
Separates the parts from the base plate once the print is done.
Key technical data for the Fast Form FF-M800.
The manufacturer does not publish a full spec sheet for this model. Only what it does publish is shown here; ask us for the rest and we will request it.
We will help you size the installation, the process gas and the ancillary equipment before you buy.