text: 3D Printed Material Finishes
  3D Printing Material and Finish
  Here at JawsTec we offer a variety of materials and finishes options to help you, our customers get top-notch parts upon arrival.
  JawsTec Materials
  SLS Nylon - White powder sintered together with a laser. High-dimensional accuracy and good strength qualities. Can be dyed any color with more vibrant bright colors. Wall thickness recommendation is 1 mm.
  MJF Nylon 11 - Ink Jet sintering that provides a raw ash grey part. Thermoplastic material delivering optimal mechanical properties. Wall thickness recommendation is 1 mm. PA11 is ideal for production ductile, quality, functional parts.
  MJF Nylon 12 - Ink Jet sintering that provides a raw ash grey part. High-dimensional accuracy and high strength qualities. Best parts are black but colors can be used with a darker based and inconsistences. Wall thickness recommendation is 1 mm.
  MJF Polypropylene - Ink Jet Sintering that provides a raw ash grey part. Polypropylene is a versatile material ideal for a wide range of automotive, consumer, industrial, and medical applications. Wall thickness recommendation is 1 mm.
  MJF Glass-Filled Nylon - Ink Jet sintering that provides a raw ash grey part. Glass-Filled provides more rigidity for stronger parts. High-dimensional accuracy and high strength qualities. Best parts are black but colors can be used with a darker based and some inconsistences. Wall Thickness recommendation is 1 mm.
  TPU - A rubber-like plastic that is sintered together with a laser at low temperature. High -dimensional accuracy and very strong. Recommended to have wall thickness of at or above 0.75 mm.
  JawsTec Finishes
  Raw - Raw is the surface finish right out of the printer after all the excess power has been removed.
  Tumbled - Tumbled is the part being placed in plastic bead media and tumbled for 1 to 2 hours for a smoother finish.
  Polished - Polished is the part being tumbled and then shot-peened. This provides a very smooth part.
  Vapor Polished - Vapor Polish is the process of smoothing the surface of 3D Printed parts. The results give your parts the look of professionally made injection molded parts.