Smart MicroActuators based on Shape Memory Effect in Heusler MicroWires
Our wire-shaped shape memory materials offer unparalleled advantages:
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.
At the cutting edge of materials science, we specialize in innovative shape memory material designed for real-world applications. These state-of-the-art materials deliver remarkable reversible strain, superior mechanical properties, and consistent performance through repeated use–all while being cost-efficient to manufacture.
Our MicroWires are precision-engineered with transformation temperatures ranging from -170 °C to +420 °C, meeting a wide range of application needs.
Discover our microwires’ unique magnetically driven shape memory effect:
Our microwires redefine SMART actuators. Whether it's industrial automation, robotics, or advanced sensing solutions, our materials set a new benchmark in intelligent performance.
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