Mavera Medical Devices Inc. products

The Mythica Ultrasonic Thrombosis Cavitation System is designed for the percutaneous treatment of blood clots within the peripheral vasculature, utilizing ultrasound technology for minimal invasive surgery. The system features an external power generator, a piezoelectric handle, and an ultrasonically driven catheter. Acoustic cavitation occurs, creating microscopic bubbles that exert substantial pressure to disrupt thrombi. Ultrasound application during thrombolysis aids by enhancing lytic agent contact with plasminogen receptor sites, facilitating clot breakdown. Operating in the 20-100 kHz range, the system converts electrical energy into high-power ultrasonic energy using PZT crystals, providing effective intravascular clot removal via fragmentation, emulsification, and aspiration. Suitable for trained surgeons, it offers a comprehensive solution for thrombus management in peripheral arteries.

The AquaFlake Hydrosurgery Debridement System is an innovative medical device designed for the precise debridement of wounds, offering an alternative to conventional blade debridement. This system comprises several components, including a disposable handpiece for wound cleaning, a power console that generates a fluid jet, a foot switch for hands-free operation, a saline bag, and a waste container. Operating on the principle of hydraulic force, the console pressurizes saline solution to create a high-velocity jet. This jet passes through a constricted nozzle, creating a Venturi effect that effectively removes non-viable tissue while preserving healthy tissue. The system allows for adjustable pressure settings, enabling surgeons to tailor the debridement depth precisely. Suitable for both adults and children, it addresses various types of wounds, including pressure ulcers, diabetic ulcers, burns, and surgical wounds, ensuring comprehensive removal of necrotic tissue.

The OsteoBlade Ultrasonic Bone Scalpel System is engineered for precision in bone tissue manipulation, providing advanced surgical capabilities through ultrasonic technology. This device is specifically designed for the fragmentation, resection, and emulsification of hard tissues such as bone. Unlike traditional osteotomes, its blade moves with a significantly reduced amplitude (35-300 microns), minimizing energy transfer per impact while the high-frequency oscillation (26-36 kHz) maximizes energy delivery at the contact point. This mechanism efficiently creates a cleavage plane in bone tissue. The system enhances surgical outcomes with selective tissue interaction, minimizing damage to adjacent soft tissues. Features like reduced bleeding due to ultrasonic coagulative effects and efficient irrigation make it particularly useful in spinal, orthopedic, and cardiovascular surgeries where precision and safety are paramount.

The Bluberry Ultrasonic Surgical Sealing System is engineered as an alternative or adjunct to traditional surgical techniques such as electro-surgery and laser surgery. It is applicable in various surgical fields, including general surgery, gynecology, thoracic, and orthopedic surgeries like hip joint exposure. The system features a hand-piece and transducer that form a scissor-like device, allowing precise soft tissue cutting and small vessel sealing with minimized bleeding. Utilizing coaptive coagulation, it operates at low temperatures between 50°C to 100°C to induce protein coagulation without extensive thermal damage. With an ultrasonic frequency of 54-56 kHz, tissue cutting and coagulation occur without electricity passing through the patient. Enhanced hemostasis is achievable via vibration at 55.5 kHz, allowing the sealing of vessels up to 7 mm in diameter. Notably, it is not suitable for sterilization or tubal coagulation procedures.