How SLS technology is changing the prototyping process: make faster and more accurate prototypes

Selective Laser Sintering (SLS) technology using PA12 polymers is a breakthrough in the field of rapid prototyping, offering capabilities that transform traditional design and production methods. Thanks to this 3D printing method, companies are able to create faster, more accurate and more complex prototypes, which accelerates product development and innovation. The largest company in Poland using this additive technique is Technology Applied, which uses three 3D printers from the German company EOS.

The key advantages of SLS technology are speed, flexibility and production efficiency. This process allows multiple parts to be created simultaneously without the need for additional tools or molds. This is especially beneficial in rapid prototyping, where design changes can be quickly implemented and tested. Unlike traditional manufacturing methods such as CNC machining, SLS enables rapid design iterations, significantly reducing the time needed for product development.

The accuracy and quality of details offered by SLS with PA12 are incomparable to other 3D printing technologies. Thanks to the high laser resolution and precision of sintering PA12 powder, it is possible to obtain complex geometries and thin walls that would be difficult or impossible to produce using traditional methods. The resulting accuracy is essential in prototyping advanced components, especially in industries such as aerospace, automotive and medicine. Technology Applied, in addition to the service of 3D printing parts, also offers assistance in their design and optimization for additive manufacturing.

The durability and functionality of prototypes made of PA12 using SLS technology are another important factor. These prototypes not only reflect the final design, but also have mechanical properties similar to the final products. This allows for realistic functional and durability tests, which are crucial in the design verification process.

Sustainability is an additional advantage of SLS. PA12 powder that is not sintered can be reused, minimizing waste and lowering production costs. Compared to traditional methods, which often generate significant amounts of waste, SLS is more ecological.

In summary, SLS technology from PA12 is revolutionizing the prototyping industry, offering unparalleled speed, precision and durability. This enables companies to bring innovations to market faster, while ensuring high quality and efficiency of the prototyping process. Contact Technology Applied for a quote and assistance in producing high-performance prototypes made to near-injection molding quality.

Photos: www.ta.parts