SonaStar
Ultrasonic soft tissue aspiration system for precise tissue resection
SonaStar is an ultrasonic surgical system designed to support the precise removal of soft tissue while helping surgeons protect surrounding critical structures. Engineered for versatility across multiple specialties, it combines power, control and procedural efficiency in one platform. Bioventus says the system supports delicate tissue resection, including skull base and liver tumour procedures, and uses real-time feedback to adjust tip vibration during use.
Key Features
Precise soft tissue removal for controlled tissue resection
Ultrasonic technology designed to support efficient surgical workflow
Dynamic Tissue Response system to help preserve nerves, blood vessels and adjacent tissue
Real-time electronic monitoring and adjustment of tip vibration
Versatile platform suitable for multiple surgical specialties
Onboard diagnostics and troubleshooting for dependable day-to-day performance
Procedure-specific solutions for delicate and demanding surgical applications
Product Benefits
Supports accurate targeting of tissue while minimising impact on healthy surrounding structures
Helps streamline setup and reduce the need for multiple instruments
Offers surgeons enhanced control during delicate procedures
Designed for reliability with built-in diagnostics and patented feedback/control loops
Suitable for procedures requiring both precision and effective tissue debulking
Applications
SonaStar is designed for use across multiple specialties and is described by Bioventus as suitable for delicate skull base and liver tumour resection procedures.
Technical Overview
SonaStar uses revolutionary ultrasonic technology to enable controlled soft tissue aspiration and resection. Its electronic circuitry continuously monitors and adjusts tip vibration, while the built-in Dynamic Tissue Response system reacts in real time to help preserve critical structures such as nerves, blood vessels and adjacent tissues.
Why Choose SonaStar?
SonaStar combines versatility, safety and reliability in a single ultrasonic surgical platform. Designed to deliver maximum control and ease of use, it supports surgeons in performing precise resections in delicate surgical environments while maintaining confidence in consistent device performance.
