This is the most well-known technology for printing metal items, its name comes from Selective Laser Melting (SLM) and it is a powder bed printing technique. The SLM technology casts the metallic powder, layer by layer, in an inert atmosphere chamber. During the printing process, a laser completely melts the alloy metal powder deposited on the surface and bonds it to the previous layers of the model. In order for this process to be effective, the alloy must have a low carbon content.
Just like with other 3D printing technologies, it starts with the creation of a print Gcode with the process parameters. In SLM technology, the most important things are: layer thickness, speed, journey distance, and laser or inert gas flow exposure time.
Send us your 3D file ready to print.
If you do not have the file, send us the item and we will create the CAD file.
If you need a design from scratch, our designers will gladly prepare a quote for you.
We will create the process file adapted to the technology and materials that will be used to produce your item.
We prepare and condition the printer to guarantee optimum quality.
This step is key when meeting your requirements, and it is one that we are highly specialised in.
The removal of the printing support structures, heat treatments, and surface finishes (blasting, polishing, tooling) are some of the most common post processes.
3D metal printing with SLM has the potential to be used in technical sectors that demand high performing parts, such as the aerospace, automobile, biomedicine, and tooling sectors.
The Renishaw AM500S Flex is made for industry 4.0 process methods with optical system control and system processes. Its 500 W laser enables exceptional precision for manufacturing components with > 99.9% density, maximum strength and ductility.
The construction volume is 250 x 250 x 350 mm
The versatility of its design and the possibility of generating new process parameters make this equipment ideal for working with many different materials.
we use a 3D laser scanner to obtain three dimensional models of items wich we do not have the drawings.
We design conformal cooling channels for plastic and aluminium injection inserts. With our inserts the cycle time is improved in addition to the quality of the injected item.