| | | | | such as nylon etc. It is likely to create structurally |
| Hobart, Washington USA (Aeticles Base) July 12, | | | | useful parts like functioning springs, living hinges |
| 2008 | | | | and snap fit components along with nylon |
| | | | | substances by utilizing Selective Laser Sintering. |
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| of the information you need to know on 3D | | | | Stereolithography or SLA. These substances are |
| Systems and SLS Methods and the main | | | | fragile as they are curved with Ultra Violet light |
| information you need to know on Selective Laser | | | | and created with liquid photopolymers. |
| Sintering. You can visit this Selective Laser | | | | Since it has been introduced by DR Carl Deckard |
| Sintering webpage at: | | | | in the year 1989, this SLS technology has |
| Here is an excerpt from the new Selective Laser | | | | become one of the most recognized and utilized |
| Sintering and SLS Methods webpage: | | | | procedures for product development and rapid |
| “Stereolithography V/S Selective Laser | | | | prototyping in most of the manufacturing |
| Sintering: One of the foremost benefits of | | | | industries. SLS technology has also become one |
| Selective Laser Sintering over Stereolithography is | | | | of the most trusted and reliable forms of rapid |
| that it constructs prototypes in powered materials | | | | prototyping due to its structural importance. |