Lisa Desktop SLS 3D Printer

The world's first desktop SLS 3D printer: LISA!

Sinterit  has revolutionized SLS technology by offering a very affordable, effective and easy to-use printer. Larger SLS machines for complex models haven?t been able to come down in price or convenience and so, here comes Sinterit Lisa to fill this gap. Until now, for most people, getting an object printed via SLS 3D printing meant either working for a company that used an SLS 3D printer already or resorting to a third-party 3D printing service. Now, Lisa makes it possible for medium and small enterprises as well. This revolutionary device has drastically reduced costs and made the SLS even available in the office environment.


Plug and play: LISA is ready to print as you want in the office environment. Sinterit Lisa is designed to work for you at full capacity. Just plug in the USB drive and run it.

Powder-based printing with Laser power: SLS printing is based on sintering powder particles with a laser to form solid particles.

Support is not required: In similar systems using plastic raw materials, it is necessary to create support layers to keep the model standing. With LISA, the only limits are size of the print bed and your imagination.

Reuse up to 100%: of the powder left from previous prints to save even more money. 

Multiple printing: You can stack models  without the support in the entire printing area.

Movable, flexible and functional model printing: With LISA you can print flexible and functional models. If you want, you can print hard or thin models in fabric feel.

How it works?

LISA, our unique laser sintering 3D printer opens new possibilities for your company. Use the laser to selectively melt polymer powder into three-dimensional objects like professional SLS printers do. With LISA you can print sophisticated, precise and durable objects in an affordable and easy way without need for support structure

The Powder sieve device completes the product range, providing a truly automated system from start to finish by automating the process of sieving the powder, saving your time and making the entire process cleaner. Sieve cleans the powder for you, after which the material is ready to be mixed with fresh powder and re-used to print more incredible objects.

Sandblaster used in postprocessing, cleans the print?s surface created during the printing process.

Why LISA better than others?


Technicial Specifications





SLS 3D printer

Nitrogen chamber



Laser system

IR Laser Diode 5 [W]; ? =808 [nm]

Power supply

220-240 [V] AC, 50/60 [Hz], 7 [A] or

100-130 [V] AC, 50/60 [Hz], 15 [A]

Average consumption

0,9 [kW]


1 [kW]

Printer dimensions

620 x 400 x 660 [mm]

(24.4 x 15.8 x 26.0 [in])

690 x 500 x 880 [mm]

(27.1 x 19.7 x 34.6 [in])

Printer weight

41,0 [kg] (90.4 [lbs])

90,0 [kg] (198 [lbs])


Size of Print Bed

150 x 200 x 150 mm

(5.9 x 7.9 x 5.9 [in])

150 x 200 x 260 mm

(5.9 x 7.9 x 9.8 [in])

Max size of print diagonally 0

245 [mm]

316 [mm] (12.4 [in])

Flexa - high accuracy max print volume

110 x 160 x 150 [mm]


110 x 160 x 250 mm

(4.3 x 6.2 x 9.1 [in])


PA - high accuracy max print volume

90 x 160 x 150 [mm]


90 x 120 x 230 [mm]

(3.5 x 4.7 x 9 [in])


Max temp. open parameters

180 [oC] (356 [oF])

200 [oC] (392 [oF])

XY accuracy

from 0,05 [mm] (0.002 [in])

Layer thickness

0,075 - 0,175 [mm] (0.003 - 0.007 [in])


Min. wall thickness

0,4 [mm] (0.015 [in])

Min. detail size

0,1 [mm] (0.003 [in])

Hole Diameter

0,5 [mm] (0.019 [in])

Moving Part Clearance

0,2 [mm] (0.007 [in])












Flexa Black (TPU)




Flexa Grey (TPU)




Other materials in progress




Materials for NITROGEN use



Open materials






Sinterit Studio

Sinterit Studio 2018


4 [in]

7 [in]

LCD screen

Resistive, color


Capacitive, color




Wi-Fi, USB port





Application Examples

Application Examples