Product description 1. Item Name:  3D printing SLA SLS car ABS plastic Parts prototype 2. Company Name: Jointus Technology Co.,Ltd 3. Company profile: We have the best advanced high-speed CNC processing facility. Have got good reputation thanks to excellent service and reliable quality. 4. Available Materials: Aluminum, Stainless Steel, sheet metal,Copper,ABS, POM, PMMA, PVC, PP, PA, BT,PC,TPE etc. Product Name  3D printing SLA SLS car ABS plastic Parts prototype Material Plastic,ABS Color colorful Drawing Format IGSã??STPã??STEPã??PRTã??XTL prototype type Appearance prototype / structure prototype / function prototype Application Auto Transportation,Lights/Lighting,Machinery,Industrial Parts,Medical Devices,Gifts/Crafts,Toys,Consumer Electronic,Home Appliance, Surface treatment Polishing,burnishing,silk screen,electroplating,oxidation,wire drawing,laser carving,sandblasting,surface etching,transfer printing, Craftsmanship CNC machining,CNC milling,CNC turning,3D printing SLA/SLS. SLA and SLS POM Gears Rapid Prototype What Is 3D Printing? 3D printing is the process of converting your digital designs into solid three-dimensional objects. This idea might seem novel to some but it was actually developed in the late nineteenth century and has been widely used for prototyping in several industries. Although what has changed is that this technology has finally opened up to the consumer market and is no longer restricted to manufacturing industries. Advantages Of SLA And SLS There are advantages and disadvantages to both techniques that should be considered carefully to achieve the desired results. SLA produces a part with a good, smooth surface finish and fine resolution. However, SLA is relatively slow, making it unsuited for high volume production. SLS parts have a more rough surface finish that requires  post-processing. but SLS parts are faster to make. They are also much stronger than SLA pieces, so they are more suited for functional engineering parts. Both processes are inexpensive compared to their conventional counterparts, requiring no hard tooling as with plastic injection molding. SLA and SLS models typically have layer thicknesses of 0.3mm with a lateral deviation of 0.1mm.