Right Companion for
All your 3D Printing Needs
|DMLS 3d printing||DMLS(DIRECT METAL LASER SINTERING): uses lasers to fuse powdered metals into functional prototypes and end-use parts.||Titanium, Aluminium, Stainless Steel…|
|SLA 3d printing||SLA(Stereo Lithography Apparatus): uses an ultraviolet (UV) laser to turn light-sensitive resin (a liquid material that becomes|
hard when ultraviolet light is shined on it) into solid 3D objects, layer by layer.SLA is very good way to make the complex
structure and small parts with good tolerance and very good surface finish, can be paint in different colors.
|Resin (ABS-Like and Acrylic-like)|
|MJF 3d printing||Multi Jet Fusion or MJF 3D printing technology is perfect for those times when you are looking for lower porosity, short lead|
times and unsurpassed surface quality. If you are manufacturing complex end-use parts and have decided to produce it in a low
volume, then MJF can be the best option for you.
Part is made by HP printer, and has got very good strength, now it is mostly in grey black color.
|Nylon PA11, PA12, PA2200, PA12GB|
|FDM 3d printing||FDM(Fused Deposition Modeling): is the most cheap technique, that diffuses a plastic wire into shape.|
Very cheap and which is strong, but the surface is not so good, rougher than SLA parts. FDM parts have to be print with support.
|PLA, ABS, RUBBER(TPE / TPU)|
|SLS 3d printing||SLS(Selective Laser Sintering): can produce parts for strong material like nylon (PA) and also fiber glass reinforced parts,|
result is very strong part but process is made from powder.
Mainly with NYLON material and very strong, and surface is rough as well, now it is mostly in grey white color.
|Nylon and Nylon fiber glass, Metal powder, Ceramic powder|
|SLM 3d printing||Selective laser Melting (SLM) is a major technical approach in additive manufacturing of metal materials. The technology uses|
laser as the energy source, according to the three-dimensional CAD slice model of the planned path in the metal powder bed layer
by layer scanning, scanning the metal powder through melting, solidification to achieve the effect of metallurgical combination,
and finally get the model designed metal parts.
|Aluminum alloy, Die Steel, Stainless steel|