No support structure
In SLS technology, the unsintered powder acts as a natural support. As you don’t have to print any supports, you gain more design freedom.
Complex internal geometry
With SLS, you can achieve more complexity and even design complicated inner goemotries. All you need to do is get rid of spare, unisintered powder after the printing
Dimensional accuracy
If you possition models according to SLS 3D printing positioning rules, you will get above average dimensional accuracy. With minimum layer thickness of 75 µm, Sinterit’s SLS 3D printers offers excellent deteiled printouts.
Easy post-processing
All you need to do, after SLS 3D printing is getting rid of spare, unisintered powder. You also reduce waste and printing costs by reusing this powder over and over again.
Moving parts
Extraordinary thin layers accompanied with the technology that doesn’t reqire supports results in easy to eachieve moving parts.
Elastic models
As SLS technology is omainly assosietad with rigid materials, such as PA12 or PA11, in Sinterit’s portfolio you can find a diverse powders base. Try TPU series of powders for applications where the flexibility is crucial.
Detailed objects
Isotropic properties of SLS prointouts results in stronger, more dense printouts. Adding a precise laser and very low layers, you get durable and detailed prints.
Easy to use
Sinterit’s printers are known for their easy and intuituve UX. On the other hand, the open printing system adds a lot of flexibility to your work.
Sinterit Studio Advanced
Dedicated Powder Tools
