Print with material combinations to increase durability and strength.
Build prototypes with excellent surface resolution properties and good chemical resistance
Overview
Selective Laser Sintering is an additive manufacturing and rapid prototyping process that builds 3D parts by using a laser to selectively sinter (heat and fuse) powdered materials. SLS parts are built layer-by-layer from a 3D CAD file, which is turned into 2D cross sections and sent to an SLS machine for production. SLS materials possess chemical resistance, low moisture absorption and excellent surface resolution properties.
Why use Selective Laser Sintering?
Selective Laser Sintering services use the most advanced 3D printing systems on the market. SLS machines can produce nylon prototypes with added materials to create parts and models with high durability and strength. Using SLS technology you will be able to manufacture real thermoplastic materials with a positive ROI every time.
Performance Scale
Material Colours
Materials
Use the arrows to navigate through different SLS materials
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Nylon 12 PA 650The Nylon 12 PA 650 is a white coloured material which has excellent surface resolution and feature details. The chemical resistance and low moisture absorption allows the material to be used for creating designs or prototype plastic parts. It is durable material and perfect for producing snap-fit prototypes. Use Nylon 12 PA 650 for the following applications:
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Nylon 12 GF (Glass Filled)The Nylon 12 GF is a light grey coloured material which has excellent mechanical stiffness and elevated temperature resistance. The Nylon 12 GF is a dimensionally stable material and is perfect for creating functional prototypes and parts that will withstand rugged functional testing. It is heat resistant while retaining its original flexibility and physical properties. Use Nylon 12 GF for the following applications:
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Nylon 12 AF (Aluminum Filled)The Nylon 12 AF is a grey-metallic coloured polyamide material created for selective laser sintering. It has improved tensile and flex (stronger and stiffer) parts. Offers good wear resistance and highly detailed production features. It is an excellent material for applications which require superior surface finishing. Use Nylon 12 AF for the following applications:
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