by Ella | Aug 16, 2022 | 3D printing, Additive Manufacturing
FAQ #24 FAQ Manufacturing (jawstec.com) The shore hardness for our TPU is 86A, which is about the same as a shoe heel. TPU, which is our most flexible material, is great for manufacturing many items, from shoe soles to engine seals. Visit JawsTec.com today to receive...
by Ella | Aug 16, 2022 | 3D printing, Additive Manufacturing
FAQ #23 (Is the PDF part accurate?) FAQ Manufacturing (jawstec.com) If you are looking to print threads, we recommend having a thread chaser purchased to ensure the quality of the thread. For internal threads that need to be perfect, we would recommend that you have...
by Ella | Aug 16, 2022 | 3D printing, Additive Manufacturing
FAQ #22 FAQ Manufacturing (jawstec.com) Our strongest and most impact resistant material is MJF Polypropylene. This material also has excellent chemical resistance, low moisture absorption, and long-term durability. It’s a great option for anything from auto projects...
by Ella | Aug 16, 2022 | 3D printing, Additive Manufacturing
FAQ #21 FAQ Manufacturing (jawstec.com) Our most flexible material is SLS TPU, which is easily bendable and should work for almost any project you may have. It has a shore hardness of 86A, which is about the same as a shoe heel. Visit JawsTec.com to get your 3D...
by Ella | Aug 16, 2022 | 3D printing, Additive Manufacturing
FAQ #18 FAQ Manufacturing (jawstec.com) Currently we offer 4 finishes on our products: tumbling, polished, vapor polished, and raw. These finishes each have a different degree of smoothness, with vapor polishing being the most smooth and raw being the roughest. It...
by Ella | Aug 16, 2022 | 3D printing, 3D Printing Materials, Additive Manufacturing
FAQ #17 FAQ Manufacturing (jawstec.com) Our prints have a layer thickness of 80 microns in MJF and 120/80 microns in SLS. This means that SLS has a slightly higher resolution than MJF. The reason for this difference is that the SLS laser is able to be more detailed...
