Smaller. Cooler. Louder. Smarter.
with next-gen MEMS technology

Piezoelectric MEMS technology harnesses the ability of specialized materials to convert electrical energy into mechanical movement at the microscale. This enables the development of ultra-compact, energy-efficient components—such as micro speakers and cooling systems—tailored for integration into advanced electronics and wearable devices, where space and performance are critical.

MEMS micro speakers are fabricated using advanced microengineering, resulting in a much smaller footprint than traditional speakers. They deliver precise audio, consume less power, and are ideal for compact devices like TWS earbuds, hearing aids, and AR/VR headsets, where miniaturization and efficiency are essential.

MEMS-based micro cooling systems deliver precise, localized thermal management for densely packed electronics. Their small size allows for effective heat dissipation in wearables and high-performance processing units, enhancing device reliability and supporting sustained operation in demanding environments.

Devices requiring compactness and high efficiency—such as AR glasses, optical interconnects, and wearable health monitors—see significant benefits from MEMS-based speakers and cooling. These solutions enable advanced features and performance without increasing device size or energy consumption.

MEMS components are designed for robust, long-term operation. Their solid-state construction and precision manufacturing ensure consistent performance and reliability, making them well-suited for integration into commercial and consumer electronics that demand durability.

MEMS technology enables the creation of slimmer, lighter, and more capable devices by reducing component size and unlocking new functionalities. This drives innovation in product design, especially where space constraints and efficiency are paramount.