Explore Power of
Wire-Shaped Materials
Our wire-shaped shape memory materials offer unparalleled advantages:
- High axial straining due to unique wire geometry
- Enhanced magnetic field-induced responses thanks to anisotropic shapes
- Unlocking new levels of functionality and efficiency for diverse applications
Our cost effective
production
Shape memory microwires developed through the Taylor-Ulitovski method. This cost-effective process enables mass production of glass-coated microwires up to 1 kilometer in length. Reversible straining is up to 20% without thermal treatments.
Metallic core
1 – 50 µm
Glass coating
2 – 20 µm
Monocrystalline structure for
optimal performance.
We produce glass-coated MicroWire up to 1 kilometer in length.
Precision-Tuned
for Versatility
Our MicroWires are precision-engineered with transformation temperatures ranging from 100–400 K, meeting a wide range of application needs.
Outstanding mechanical durability allows them to undergo:
- over 1,000,000 cycles of structural transitions,
- with no degradation in performance, ensuring long-term reliability.
Magnetic Shape
Memory Innovation
Discover our microwires’ unique magnetically driven shape memory effect:
- Shifting magnetization axis between phases.
- Over 1000% change in magnetic permeability for precise phase detection.
Setting New Standards
in SMART Actuators
Our microwires redefine SMART actuators by combining actuation with self-sensing functionality. Whether it's industrial automation, robotics, or advanced sensing solutions, our materials set a new benchmark in intelligent performance.
Get in touchWhat makes us unique
5 difference makers
Low Production Price
High Axial Strain (20%)
High Strength (260MPa)
Adjustable Temperature
Sensing Properties
Explore the Research Behind
Our Cutting-Edge Technology
Trusted Partnerships
