MicroAire is a U.S.-based medical device manufacturer with over 40 years of experience in developing advanced surgical technologies for the operating room. The company is internationally recognized for its focus on innovation, reliability, and surgeon-centered design.

MicroAire is best known for its PAL (Power-Assisted Liposuction) technology, a mechanically assisted liposuction system that uses controlled, high-frequency micro-oscillations of the cannula. This technology enables efficient and uniform fat removal, improved precision, and reduced physical effort for the surgeon, contributing to predictable and consistent clinical outcomes.In addition to PAL, MicroAire offers a diversified portfolio of proprietary surgical solutions: SmartRelease® – a powered surgical system designed to facilitate precise and controlled tissue release in minimally invasive procedures, enhancing accuracy while reducing operative time and tissue trauma.

ADI-Mate® – a motorized fat graft harvesting and processing system that supports gentle, consistent adipose tissue handling, optimizing fat viability for transfer and regenerative procedures.

Endotine® – a well-established range of bioabsorbable fixation devices used in facial aesthetic surgery, providing secure, predictable soft tissue repositioning while supporting natural healing and long-term stability.

MicroAire’s product portfolio also includes:Powered surgical consoles and handpieces engineered for durability and precisionA wide range of reusable and disposable cannulas and accessories, adaptable to multiple techniques and surgical indications.

Designed to integrate seamlessly into modern surgical workflows, MicroAire technologies prioritize control, efficiency, and safety. The company collaborates closely with surgeons worldwide to continuously refine its solutions based on clinical feedback and evolving procedural standards. With a strong global presence, MicroAire products are used in leading hospitals and clinics around the world, setting a benchmark for performance and reliability in contemporary surgical practice.