• About
  • Innovators
  • Corporates
  • Case Studies
  • Content Hub
Leading Edge Only Leading Edge Only
  • Login
  • Join
About
Innovators
Corporates
Case Studies
Content Hub

Moritz Theisen

Graz University of Technology, Director of Technology Transfer

This user is yet to add a description about themselves

User Verified
Last Active: 1 year ago
Register for free to view their full profile
Get Started

Connection Limit

You’ve reached your connections limit

Resets on {{ date }}

Contact us
  • Innovations
Published
Electronics

Cross-Protocol Message

Direct bidirectional exchange of information across the most popular wireless devices using the 2.4 GHz ISM frequency band (e.g., IEEE 802.15.4, Bluetooth Low Energy, and Wi-Fi)

By Graz University of Technology

Reference Number   07582

Last Update   Apr 23, 2021

Published
Healthcare & Pharmaceuticals

High-precision rapid sampling

The sampling device is able to withdraw samples from reaction vessels selectively (minimized carry-over of sample contents) with accurate mass and in a short time.

By Graz University of Technology

Reference Number   07583

Last Update   Apr 23, 2021

Published
Engineering

Metal recovery from waste

We present a novel design of an eddy current separator to extract non-ferrous metal particles. The setup is optimized to separate sub-1-mm particles.

By Graz University of Technology

Reference Number   07675

Last Update   May 12, 2021

Published
Environment & Sustainability

FLAP Heliostat

A novel heliostat, particularly designed for desert environments, called FLAP, was developed to decrease cost and increase service life.

By Graz University of Technology

Reference Number   07676

Last Update   May 12, 2021

Published
Engineering

Disconnect Gear Differential

Instead of using an additional clutch or other transmitting elements, the existing bevel gears of the differential are used to disconnect the drive train from the vehicles wheels.

By Graz University of Technology

Reference Number   07677

Last Update   Sep 15, 2021

Published
Manufacturing & Production

Sensing fibres in 3D-printing

Sensing fibres are embedded in the 3D-printed object to determine material properties during the production and during the life cycle of the object..

By Graz University of Technology

Reference Number   07678

Last Update   May 12, 2021

Leading Edge Only
© 2025 Leading Edge Only LTD
  • About
  • About
  • Corporates
  • Innovators
  • Members
  • Partners
  • Help
  • Contact Us
  • Help Center / FAQs
  • Terms and Conditions
  • Privacy Policy
  • Cookie Policy
  • Acceptable Use Policy
  • Supported Browsers
  • Functions
  • Add your Innovation
  • Create your Challenge
  • Search Innovations
  • Explore
  • Challenges
  • Collaborators
  • Innovations
  • Members
  • Universities
  • Content Hub
  • Case Studies
  • Resources
  • Terms and Conditions
  • Privacy Policy
  • Cookie Policy
© 2025 Leading Edge Only LTD

Your experience on this site will be improved by allowing cookies.