SLS 3D printing for research

No Support Structures

In SLS 3D printing unsintered powder works as a support for higher layers. Thanks to this you can print even the most complex structures and moving parts.

Adjustable powder volume

Adjust the powder volume to match the model’s height—no need to fill the entire bed. You can start with just 0.5 kg of material.

Easy materials switch

The Sinterit Lisa X printer has 10 powder printing profiles. You can quickly change materials between jobs and print with more than one material.

Open parameters

Sinterits solution is open – we give our users maximum control over the printing process, so they can adapt and adjust it to their specific application.

3^rd party materials

The Lisa X SLS 3D printer supports third-party materials or custom development, allowing users to create tailored material profiles for specific applications.

No support structures

The freedom of creation is especially important for education and research. SLS technology allows for functional complex designs, without the need for support structures. Movable parts operate correctly, and intricate internal structures are achievable, eliminating the need for post-processing that could disrupt dimensions or surface quality.

design complex, movable parts
don’t waste time or material on post-processing
get dimensions and surface right every time

Adjustable powder volume

With adjustable powder volume, you can tailor the amount of powder to match your model’s height, eliminating the need to fill the entire bed. This flexibility allows you to start with as little as 0.5 kg of material, optimizing resource use and reducing waste while enhancing research and prototyping.

Easy materials switch

Typical SLS systems lock users into a one printer = one material framework. If you need to use multiple materials, you face two choices:

Fully clear out the previous powder, which is difficult if parts are hard to reach and time-consuming even when accessible.
Invest in a second printer for the new material.

Sinterit offers a better solution. Our system enables fast material changes between jobs and allows you to bypass certain steps for less frequently used powders.

Open parameters

Sinterit’s solution provides precise control with 32 adjustable printing parameters. This feature allows users to fine-tune the printing process to meet their specific needs. Whether you’re using a custom material or modifying profiles for Sinterit’s materials, these parameters let you adjust the mechanical, functional, and aesthetic properties of your prints. Save and reuse your custom profiles for consistent results every time.

3rd party materials

The Lisa X SLS 3D printer supports third-party materials and custom material development. This flexibility enables users to create tailored material profiles for specific applications, ensuring optimal performance and expanding the range of possible projects. Whether using ready-made material profiles or experimenting with new ones, the Lisa X adapts to your needs.

Book a demo with our engineer

First Name*

Last Name*

Job title*

Work email*

* Information about the processing of your personal data provided to Sinterit by the contact form is here. To read all our Privacy Policy please click here.

I want to subscribe to the Sinterit newsletter. By subscribing, you agree to the processing of your data (within and outside the EU) for marketing purposes. Subscribing is voluntary, but without your consent, we cannot send the newsletter.

*Required fields.

FAQ

Is the process complicated?

The printing process is not complicated and can be learned in a short time even by staff members with no 3D printing experience. We offer 5-hour online training split into 2 sessions (basic + advanced, 2 weeks apart) as a part of the premium service plan.

How much can I print in a week?

The exact printing speed is dependent on a couple of factors, like layer height and build pack density. In almost all cases the whole process of printing, cooling, and post-processing takes up less than 24 hours, so you should be able to produce at least 5 full print beds per workweek.

Case Studies

Case studies

Sinterit SLS 3D printing in SAE Aero Design

Aerospace / Automotive / Traction
Education
Optional
Prototyping

Optional

Universities need small SLS 3D printers. Comparison with big SLS devices

Updated on March 08, 2024

Case studies

Producing specified drug tablets with LISA

Education
Optional
Prototyping
Research

We care

Meet our Customer Support Team.
Our personal advisers ensure you don’t get automatic replies or wait in endless helplines. We provide personal contact and commitment in solving problems, providing training and technical consultancy to support your ideas.

MEET OUR SUPPORT TEAM

Grzegorz Konwalinko

Senior Support Specialist

Adam Klimczak

Technical Support Specialist

Pricing

Below there are approximate costs for some example models.

Be aware that the quotation assumes that there is only one piece printed. In SLS technology, the cost per part will be much lower with a higher number of elements printed at once.

Flexible
Standard

Model

Dimensions

PA12
Smooth

PA11
Onyx

Flexa
Grey

Flexa
Soft

TPE

Below

Model volume:

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

51,30 €

Crank

Model volume:

28.12 cm^3

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

49,90 €

Derailleur

Model volume:

28.12 cm^3

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

71,80 €

Driller housing

Model volume:

28.12 cm^3

Total print height:

6.82 cm

Dimensions:

65 x 65 x 63 mm

157 €

Model

Dimensions

PA12
Smooth

PA11
Onyx

Flexa
Grey

Flexa
Soft

TPE

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €

Crank

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

Model volume:

28.12 cm^3

51,30 €