MicroWire actuators offer compact, lightweight, and highly durable motion solutions. They generate large strain (up to 20%) while maintaining performance over millions of cycles. Unlike conventional actuators, they eliminate wear-prone mechanical parts, ensuring long-term reliability.
MicroWire-based actuators use the shape memory effect to transition between predefined states when exposed to heat or magnetic fields. Their response can be precisely tuned by adjusting the material’s composition. Unlike traditional actuators, they operate without bulky mechanical components, require minimal energy and can be embedded into various systems.
MicroWire actuators have glass coating, that provides insulation and protection. Joule heating allows activation with minimal electrical current, while their magnetic properties enable self-sensing, allowing them to function as both actuators and sensors. This simplifies system design and enhances adaptability for smart, responsive movement. With a compact size, low power requirements, and seamless integration, MicroWire-based shape memory actuators set a new benchmark for intelligent actuation.
Versatile motion control with Two-Way Memory & High Strain Capability
Shape memory actuators are redefining motion control with precision, efficiency, and seamless adaptability. RVactuators harness advanced material science to deliver smart, self-sensing solutions for industries ranging from aerospace to healthcare and automation. Explore our dedicated website to learn more about their capabilities and applications of intelligent actuation.
