Silicon Austria Labs Lgog
Technologies
Industries
Services & Infrastructure
Collaboration
About SAL
Career
Search

How we work together

Calls & Opportunities

Projects

Partners & Networks

Collaboration

Partnerships for research, development, and technology transfer – from collaborative projects to tailored innovation solutions.
Collaboration

Mission & Strategy

Leadership & Organization

Sustainability

Contact & Sites

News & Events

Publications

Press & Media

About SAL

Insights into SAL’s mission, values, research activities, and contribution to Europe’s innovation ecosystem.
About SAL

Indspeed

The INDSPEED project is developing a new ultra-precise magnetic encoder system based on TMR sensors and SmCo pole wheels….

Project goals

  • Develop cost-effective low-field TMR sensing by optimizing SmCo layers and leveraging TMR advantages such as robustness to stray fields and low energy consumption.
  • Reduce system tolerances through advanced sensor and pole writing design as well as AI-supported compensation techniques.
  • Enabling high-speed industrial sensors (e.g. for CNC spindles) without back-bias magnets and as a replacement for expensive high-speed elastomer solutions.
  • Provide precise absolute position measurement with true power-on and multiturn capabilities for robotics and collaborative robots.

Project Consortium

Project
facts

Title: INDSPEED – Industrial Speed Sensor
Program: SAL Coope­ra­tive Re­search
Project coordinator: Silicon Austria Labs GmbH
Dura­tion: 15. Nov. 2025 – 30.Sept. 2026

Similar Projects

Discover more projects with similar focuses and technologies.

Mag-TF

The Mag-TF initiative aims to establish a pilot facility for the development, manufacturing, and characterization of advanced magnetic thin films for spintronic and MEMS applications. This includes the acquisition of specialized equipment for thin film deposition as well as for wafer-level magnetic device characterization. The Mag-TF infrastructure will be integrated into the existing SAL microfabrication facility.

DIVERGENT

In the DIVERGENT project, methods and algorithms are being researched that enable bidirectional charging of electric vehicles, taking into account the optimal use of renewable energies and concepts for smoothing grid load peaks...

KERMIT

KERMIT is developing a wearable, sweat-sensitive skin patch for the early detection and remote monitoring of kidney disease. The project integrates printed electrochemical sensors, sweat stimulation, microfluidics, low-power electronics, and wireless communication in a soft, integrated patch platform….
All Projects

Contact

Business Development
Lisa Kainz MA
Business Development Microsystems
Graz
+43 664 88 964 965
lisa.kainz@silicon-austria.com
Project Manager
Dr. Florian Slanovc
Scientist Magnetic Microsystem Technologies (MMT)
Villach
+43 664 354 7311
florian.slanovc@silicon-austria.com

Newsletter

Our Science & Stories newsletter provides the latest news, bietet aktuelle Neuigkeiten, Forschungshighlights und spannende Einblicke
von Silicon Austria Labs – direkt ins Postfach.