Gruppe 507_2x.png

Multi-Material
3D Printing

We develop SAM, 

the next generation of 3D-printers.

Bildmarke_blurry_2x.png
03_2DP_Plasmics_0722_WEW16353_300ppi-2.jpg

The first induction-heated Nozzle for your 3D-Printer

Trident_6Waves_gradient_Comp_300822.png

Plasmics will be exhibiting at the exhibition to showcase how our latest developments address the challenges of the additive manufacturing industry.

 
Gruppe 512_2x.png
normal.png
ABOUT US

Plasmics was founded in 2018 and has worked almost exclusively in stealth mode since then. Plasmics singular focus is developing the worlds most sophisticated and easy to use 3D printing solution.

 

INo Trident, The first induction-heated Nozzle for your 3D-Printer, that was successfully funded through Kickstarter in September 2022, is the first publicly available piece of Plasmics’ vision. It is also just one part of the larger Plasmics Ecosystem - including, but not limited to, full-featured printers and optimized g-code generation. 

 

One of the main goals of Plasmics is to enable the effortless manufacturing of various medical devices such as orthoses, protheses, casts, corsets. The integrated system should help people to enjoy a better quality life with perfectly fitted prosthesis' manufactured within a few hours instead of weeks.

 
Technical Specs
Induction nozzle

Can be heated up and cooled down quickly, which allows for an overall faster printing process.

Cartridge systems

The easily replaceable material cartridges give flexibility.

Exchange mechanism

6 or more materials with different properties can be automatically combined in one print.

Self-learning software

The printing process is adapted in real time for optimal result.

Print it!
Use Case - Medical devices

Making perfectly fitted and customised protheses and orthoses. Available in a few hours instead of weeks. 

Conventional method

Frequent visits to the orthopedist
Long waiting/production times
Usually not locally produced
Many Production Steps
Expensive

With our 3D-Printer

From scan to device in a few hours
Create on demand and locally
Printed in one go, fast and simple
No 3D printing specialist needed
Biodegradable/compostable materials
More sustainable (less CO2 emission)

 
 
Possible Materials

Share creative ideas with other 3D printing enthusiasts. You saw an object you liked on the internet? Print it yourself. By connecting with the person.

Thermoplastics

ABS, ASA, PLA, EPR, PEEK, PEI, PETG,  PMMA, TPU

Filler Materials

Carbon firme, Glass fibre, Woodfill, Kevlar, Metals

Other potential materials

Chocolate, Wax, Sugar,

Poro-Lay, Flourescente, Color Changing, Ceramic,
Clay, Silver-tin

Special Tools

for special applications:

Silver-tin, Tin

Bildmarke_blurry_2_2x.png

Contact Us

Thanks for submitting!

 
 
Bildmarke_blurry_2_2x.png
Team

Our team of specialists delivers the most seamless and user friendly 3D printing experience yet.

Konrad_Schreiner_CEO_Plasmics.png

Konrad S.
CEO
„I plan things and keep
everything going.“

Nadia_Mayr_CMO_Plasmics.png

Nadia M.
PR & Marketing

„Marketing, social media and

graphic design is my trade.“
 

Stefan_Spor_CTO_Plasmics.png

Stefan S.
Head of Development

„I develop Hardware, Materials and Surfaces.“
 

Paul_Mueller_HeadIT_Plasmics.png

Paul M.
Head of IT

„I breath life into our electronics.“

Christian_Mayr_Production_Plasmics.png

Christian m.
Production

Maximilian_Samhaber_Hardware_Designer_Plasmics.png

Maximilian s.
Hardware Design


 

Katharina_Zierler_Operations_Assistant_Plasmics.png

Katharina Z.

Operations Assistant


 

Diksha_Tiwari_Data_Scientist_Plasmics

Diksha T.

Data Scientist

 

background 1920px1080.png
Print it!
We have many different 3D printers in our office and we are happy to print things for you!

Our skilled team is here to help and together we can find the perfect solution! 

We are also alway looking for potential partners to develop new ideas and new technologies! 
 
flag_white_high_2x.png

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 815724

aws_logo.jpg

This is an AWS Creative Impact project and has received funding from the

Austrian business agency

Plasmics_Logo_reverse_2x.png
Contact

Plasmics GmbH
Zeltgasse 3-5/1, 1080 Wien
office@plasmics.com

Konrad Schreiner
konrad.schreiner@plasmics.com

EU: +43 676 454 08 03

US: +1 650 603 0098

For Suppliers
scm@plasmics.com

 
Bildmarke_blurry_2x.png