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SLS (stereo laser sintering solid laser sintering) is a way of rapid manufacturing of plastic models, raw material for fine powder.Through programming the laser to burn into layers of solid plastic powder, layer upon layer overlay burning-out into final product.Products within the 3 d printer a workbench forming, through application of workbench falling distance for fine control, to ensure uniform configuration, each layer of powder thickness.
The advantage of the SLA and SLS forming
The two technologies all have their advantages and disadvantages, when choosing to pay attention to consider the design of the product requirements.
The SLA molding product surface smooth, less bit rough.The production cycle is relatively long, however, is not suitable for mass production.
SLS forming the surface of a product is relatively rough, the need for reprocessing.But SLS short production cycle, make product intensity is higher than the SLA products, more suitable for engineering of functional test of products.
Compared with traditional injection molding process, the two technologies of product more save cost, do not need to make solid mould.
General SLA and SLS product wall thickness of 0.3 mm, lateral deviation of 0.1 mm.
Have all the 3 d printing product should have the advantage: traditional reduction of material manufacturing process can be implemented complex structured products out of reach.
SLS Rapid Prototyping at its Best!
SLS (Selective Laser Sintering) is a well-known 3D Printing technology that is used in rapid prototyping as well as in additive manufacturing of many 3D parts with a specific geometry and complex shapes.
With YUYAO GOOD’s SLS rapid prototyping machinery, you can get a wide range of part sizes. You also get turnaround options and various other choices of finishing to suit your needs.
The benefits of choosing SLS-
Tough yet durable prototype parts
Print working assemblies
The economy of scale prints
No specific size limitation
Best uses for SLS-
Material testing
Fit checks
Durability testing
Heat resistance
End use production
Moisture resistance
Bio-compatibility and lot more...
