With SLS Technology, especially the parts that require flexibility are produced. Selective laser sintering technology should be preferred for the production of clawed parts. In the prototyping and functional testing process, which is an important part of the product development phase; You can quickly and easily test the functions that require functionality such as disassembly, assembly and assembly of the parts produced with SLS technology. SLS 3D printer technology; It is a cost-effective and fast solution for the production of 3D models and precision parts with movable mechanisms such as hinges, nails, clips.
The production costs of small parts that can be produced with SLS 3D Printer are low. Because one of the most prominent features of SLS Technology is that the parts can be produced together and at once by placing them side-by-side and on top of each other without the need for a support structure in a production chamber. Because the production on the SLS 3D printer is carried out in a powder bed, material costs are saved and can produce parts faster. Since the support material is not used in SLS technology, the 3d printing post processing process required for cleaning the parts is also shortened.
With SLS print technology, parts that are needed by different sectors such as electrical/electronics, white goods and automotive can be produced. Rapid prototyping, small volume production, functional parts and direct end-user part requirements can be met with SLS technology.
Selective Laser Sintering (SLS)
Selective Laser Sintering (SLS) is one of the Additive Manufacturing technologies that enables the production of plastic parts layer by layer by solidifying the powdered PolyAmid material laid in a thin layer on the production table of the three-dimensional printer with laser power at high temperature.
SLS Technology Application Examples
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