World's first manufacturer of desktop 3D printers in professional laser sintering technology (SLS).
Create the highest quality prints in SLS technology at a fraction of the price of Industrial Grade SLS Printers.
Ideal for academic research, rapid prototyping, and even small serial production.
World's first manufacturer of desktop 3D printers in professional laser sintering technology (SLS).
Create the highest quality prints in SLS technology at a fraction of the price of Industrial Grade SLS Printers.
Ideal for academic research, rapid prototyping, and even small serial production.
Lisa PRO was designed by innovation-driven engineers to help other innovators make a real impact. It enables you to work on end-quality printing and testing, explore research methods, and quickly validate new ideas. This means the Sinterit compact SLS 3D printer makes the environment you’re working in an open one, with eight ready-to-use materials, and the exciting ability to invent and use your own.
Lisa PRO was designed by innovation-driven engineers to help other innovators make a real impact. It enables you to work on end-quality printing and testing, explore research methods, and quickly validate new ideas. This means the Sinterit compact SLS 3D printer makes the environment you’re working in an open one, with eight ready-to-use materials, and the exciting ability to invent and use your own.
Lisa SLS 3D printer is crafted at our facility in Kraków, Poland by a team of trained and experienced staff. Every machine passes a precisely designed calibration and testing procedure.
Lisa SLS 3D printer is crafted at our facility in Kraków, Poland by a team of trained and experienced staff. Every machine passes a precisely designed calibration and testing procedure..
With 7 powders in the offer and the possibility to use 3rd party materials thanks to open parameters, we made our portfolio for compact SLS systems with the broadest on the market. Our materials enable users to produce mechanically superior prototypes and end-use parts.
With 7 powders in the offer and the possibility to use 3rd party materials thanks to open parameters, we made our portfolio for compact SLS systems with the broadest on the market. Our materials enable users to produce mechanically superior prototypes and end-use parts.
Technologies of additive manufacturing known as 3D printing (3DP) are considered to be the future of rapid prototyping, small and even big production lines for industry. There are several technologies distinguished by the phenomena they are based on and materials they are utilising. Reading this article you will learn how SLS 3D printing works and what are the differences between the main 3D printing technologies.
Universal joint + turbine. The free sample box contains two printouts made from PA12 Smooth. They are both movable designs, and each one is printed in one piece. These are examples showing high precision and freedom of design ensured by SLS technology.
Learn more about our solutions and find out which one is perfect for you. Lisa revolutionized SLS technology becoming the first compact and most affordable printer in that segment. While Lisa PRO is the heart of our SLS 3D Printing Solution and it is the most advanced and accessible small SLS 3D printer.
Technologies of additive manufacturing known as 3D printing (3DP) are considered to be the future of rapid prototyping, small and even big production lines for industry. There are several technologies distinguished by the phenomena they are based on and materials they are utilising. Reading this article you will learn how SLS 3D printing works and what are the differences between the main 3D printing technologies.
Learn more about our solutions and find out which one is perfect for you. Lisa revolutionized SLS technology becoming the first compact and most affordable printer in that segment. While Lisa PRO is the heart of our SLS 3D Printing Solution and it is the most advanced and accessible small SLS 3D printer.
The SLS process improved print quality and reliability, over the previously used FDM approach and resulted in highly detailed prints. The human brain phantom was printed in two halves so that the remaining powder could easily be removed from the non-visible areas.
Read Full Story Here.
Read Full Story Here.
The SLS process improved print quality and reliability, over the previously used FDM approach and resulted in highly detailed prints. The human brain phantom was printed in two halves so that the remaining powder could easily be removed from the non-visible areas.
Read Full Story Here.