What is SLS 3D printing

What is SLS 3D printing

The newest system for 3D printing is the SLS 3D printing technology. The SLS 3D printing technology is a type of stereo-lithography that uses energy beams. The SLS 3D printing technology is an energy beam based form of thermoplastics that builds the material up layer by layer in the shape of the product. This procedure can make components out of thermoplastics that other 3D printing systems can't do. This process is famous for its ability to create high-quality, durable, rigid, or flexible components with very fine surface details. This process can use thermoplastics like nylon or ABS.

The SLS 3D printing technology is able to incorporate discontinuous reinforcement bodies to create a lighter-weight product. The SLS 3D printing technology can be used to create objects that are challenging to produce while other typical 3D printing technologies are used. This process can be used for types of hardgood products such as footwear, appliance cover panels, and interior car parts. The SLS 3D printing technology can optimize the surface finish and the "feel" of hard plastic printed components. The SLS 3D printing technology is also appropriate for designing high-resolution orthopedic implants, custom hearing-aid housings, toll-resistant real-estate signage, and other multi-color, metal-filled, clear, and rigid high-performance products. 3D printing has been a controversial subject in the past decade. The reason being is because 3D printing is a relatively new concept in comparison to other manufacturing processes. 3D printing can be done in many different ways. A way the process can be used is in what is called Selective Laser Sintering (SLS). SLS is a type of stereo-lithography that uses energy beams.

The energy beam based form of thermasts that builds the material up layer by layer in the shape of the product is called SLS. SLS can perform well in many different types of designs and structures due to what is called the additive build process. With SLS, you can create objects with very fine standard due to layer stacking due to the additive build process.SLS can use thermoplastics like nylon or ABS due to the additive build process. This process can produce a lighter-weight object which is desired for many products and desired to be a multitude of products in comparison to other typical 3D printing technologies. The SLS 3D printing technology is not limited to certain types of products, for example, hardgood products such as footwear, appliance cover panels, and interior car parts. Along with this, the SLS 3D printing technology also can optimize the surface finish and the "feel" of hard plastic printed components.The final result overtime, the SLS 3D printing technology can be used to provide a solution for high-performance products that can be hypoallergenic, lead-free, and even nickel or cadmium free. The SLS 3D printing technology can be done at a cost effective price. Lastly, the manufacturers whom produce the SLS 3D printing technology are just rewarding themselves with how this innovation will continue to grow as the demand for this process will skyrocket. SLS is a type of stereo-lithography that uses energy beams.This process can be used for types of hardgood products such as footwear, appliance cover panels, and interior car parts. The SLS 3D printing technology also can optimize the surface finish and the "feel" of hard plastic printed components.The final result overtime, the SLS 3D printing technology can be used to provide a solution for high-performance products that can be hypoallergenic, lead-free, and even nickel or cadmium free.The SLS 3D printing technology can be done at a cost effective price.



Quality guaranteed custom parts

Begin  Your Quote Journey Now!

Disclaimer: Information for users reference only on our blog and website
Please be advised that the content presented on our blog and throughout our website is intended strictly for informational purposes. It is designed to serve as a preliminary guide and reference point for our customers embarking on their projects. We endeavor to provide insightful and useful information, but it is imperative for each individual and organization to undertake their own comprehensive research and assessment before making any decisions related to their designs or component usage.Our blog and website content should not be considered as a replacement for specialized advice suited to your unique requirements. For more detailed terms and conditions, kindly refer to our Terms of use. The responsibility for the application of any information obtained from our blog or website in your designs, applications, or parts usage, rests solely with you, the reader or user. Our goal is to inform, advise, and inspire; however, the ultimate application and use of this information is under your discretion and liability.

©2016-2024 Creative Objex LLC