Pioneering Medical Innovation for Advanced Healthcare Solutions
As a leading innovator in medical technology, we specialize in the invention, development, design, and production of cutting-edge medical devices. In addition to our core expertise, we offer specialized innovation consultancy services aimed at enhancing patient care in nursing homes and hospitals, ultimately improving the quality of life for patients worldwide.
Our proprietary inventions and technological advancements are commercialized through strategic licensing partnerships and our subsidiaries, operating under their own established brands.
With a strong focus on patient-care solutions, endovascular devices, neurovascular and cardiovascular innovations, bionic prosthetics, point-of-care testing (PoCT), telecommunication systems, smart fabrics, prone & supine positioning systems, and in-vitro diagnostic (IVD) analyzers, we are at the forefront of transformative medical advancements.
Collaborating closely with healthcare professionals, we are committed to elevating healthcare standards through scientific excellence and technological breakthroughs. Our multidisciplinary team comprises highly skilled biomedical engineers, medical scientists, and innovation consultants, each bringing a wealth of expertise and a track record of pioneering success in the field of medical innovation.

Blocking Parkinson’s Tremors with AI and Big Data—No Brain Surgery Required!
The PZF is the first and only system that leverages Artificial Intelligence (AI) and Big Data analytics to filter and block involuntary brain signals via the peripheral nervous system. The Dual Nerve Cuffs have innovative closure mechanisms and can reject noise from extra neural sources and distinguish signals from different nerve fibers.

Advanced Sensor Technologies in Bionic Prosthetics and Smart Textile, Enhanced by Artificial Intelligence and Big Data
Our experts have developed bionic prosthetics and intelligent textiles that leverage AI and Big Data analytics. Bionic prosthetics benefit from AI-driven adaptation and enhanced functionality, integrating advanced sensors such as piezoresistive pressure sensors, electromyographic (EMG) sensors, thermistors, haptic feedback actuators, and inertial measurement units (IMUs). These sensors enable precise control, real-time feedback, and adaptive responses, significantly improving user experience and functional accuracy.