Multi-Material
3D Printing
We develop SAM,
the next generation of 3D-printers.
The first induction-heated Nozzle for your 3D-Printer
The world's first commercially available inductively heated hot end for 3D printers. It was successfully funded via Kickstarter campaign and is now in pre-production.
The future 3D printer
The first automated multi-material professional 3D printer.
Multi-material
Print up to 6 different materials and/or colours in one go.
Machine learning
Our computer vision-machine learning algorithm ensures highest quality of every individual printed product. When an error is detected, the system will stop the printing or send an alert.
Tool Box
External exchangeable cartridges which ensure a high adaptility of the system and allows the use of multiple materials, various nozzle sizes and different tools.
Super fast
Our novel inductive nozzle ensures up to 50% faster printing than competitors.
Easy to use
Our user friendly online platform, computer vision-based machine learning and the easy handling/changing of the ToolBoxes allows everyone to work with the printer.
Sustainability
Not only can we print biodegradable/compostable materials, 3d printing reduces CO2 emission due to the reduced delivery route/no more delivery due to in house production.
Our Goal
We focus on developing the perfect 3d printer to print medical devices such as orthoses, protheses, casts, corsets etc. Our printer will not only help people to have a better life with perfectly fitted devices which are available within a few hours instead of weeks. Our printer will also help to
Save time and costs
Reduce waste
Reduce transport routes
Reduce CO2 emission
Reduce production time
Make you more independent (reduced supply chain)
Give your clients exactly what they need
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)
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.
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
Team
Our team of specialists delivers the most seamless and user friendly 3D printing experience yet.
Konrad S.
CEO
„I plan things and keep
everything going.“
Iana S.
PR & Marketing
„Marketing, social media and
graphic design is my trade.“
Stefan S.
Head of Development
„I develop Hardware, Materials and Surfaces.“
Paul M.
Head of IT
„I breath life into our electronics.“
Christian m.
Production
Maximilian s.
Hardware Design
Moritz R.
Chief Content Creator
Diksha T.
Data Scientist
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 815724
This is an AWS Creative Impact project and has received funding from the
Austrian business agency
