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Discover the most precise compact SLS system for all industries

Lisa Pro – extended possibilities

Lisa – industrial quality

Sinterit Lisa PRO Sinterit Lisa
Available Status Available
Size
110 x 150 x 250 mm (4.3 x 6.2 x 9.1 [in]) Flexa/TPE – high accuracy max print volume 110 x 150 x 150 [mm] (4.3 x 6.3 x 5.9 [in])
90 x 130 x 230 [mm] (3.5 x 4.7 x 9 [in]) PA – high accuracy max print volume 90 x 130 x 130 [mm] (3.5 x 4.7 x 5.1 [in])
Materials
Built-in Nitrogen chamber
PA11 Onyx
PA12 Smooth
Flexa Black
Flexa Grey
Flexa Soft
Flexa Bright
TPE
Materials for nitrogen use
open materials
Powders PA12 Smooth
Flexa Black
Flexa Grey
Flexa Soft
Flexa Bright
TPE
Usability
Sinterit Studio 2019 Software Sinterit Studio 2019
Capacitive 7 [in] Touchscreen Resistive 4 [in]

Full comparison [PDF]

Among our customers are engineers, educators, inventors, designers from the companies of all sizes and top world universities.

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Plug & print

Before shipping, every printer passes a few days long calibration and testing procedure in our factory to make your experience as smooth as possible.

News

30 August, 2019

SLS 3D printed thread and screw

Designing interlocking connections for SLS 3D printing

Could you imagine a product made all in one piece? We can, because SLS 3D printing technology makes it possible to print very complicated structures in just one take. But in real life, we are surrounded by objects made from a lot of parts that require to be connected somehow. From this article, you will learn how to design connections for 3D printed, SLS models.

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13 August, 2019

shane_3-2

Is it time for the entry level SLS 3D printer?

After 35 years of skyrocketing development of additive manufacturing, the market is full of different solutions. For the newcomer it is hard to figure out which one technology is a best fit, so the purchase decision is typically based on two factors: popularity and price.

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23 July, 2019

Filling Sinterit Lisa pro with powder

Open parameters: how to start experimenting with SLS powders

There is a wide variety of polymer powders suitable for the SLS technology. How come that the materials have such different properties? Polyamide (PA) is strong and resistant while thermoplastic polyurethane (TPU) is elastic and rubber-like. To answer those questions you need to zoom in into the molecular structure of the polymers.

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