Advanced Glass-Coated Wire Technology

RVactuators' MicroWire production process

Glass-coated MicroWires are composite materials that consist of a metallic nucleus covered by glass shielding. They are prepared by drawing and rapid quenching of molten alloys and glass.

Accept Cookies to Unlock Full Experience

Production of RVactuators

MicroWires used in RVactuators are fabricated through the Taylor–Ulitovsky process, an advanced technique that produces extremely fine metallic filaments coated within a protective glass layer.

This method enables the production of wires with diameters from sub-micron levels up to tens of microns, while the thickness of the glass coating can be adjusted to suit specific application needs.

By carefully controlling factors such as temperature and drawing speed during production, it is possible to fine-tune the internal structure and resulting properties of the MicroWires. As a result, these materials exhibit a broad range of magnetic and physical characteristics, making them highly suitable for applications in actuation, sensing, electronics, and other advanced technologies.

Ready to bring the future of actuation to your business?
Explore how Shape Memory Alloy microactuators can empower your applications.
Talk to our expert