übersonicTM GENERATOR AND TRANSDUCER
The UbersonicTM Generator is a high-performance ultrasonic-energy surgical system that provides advanced technology and touchscreen simplicity in one sleek and user-friendly unit.
übersonicTM GENERATOR
Features and Benefits
- Universal connector and automatic instrument recognition
- Touchscreen for easy setup, operation, and on-screen diagnostics
- High-resolution display with wider viewing angles
- Compact design, takes up less space in the OR
- Converts electrical energy to mechanical energy delivered via high-frequency vibrations
- No electricity transfer to, or through, the patient
- Blade vibrates 55,000 times per second to simultaneously transect and seal tissue
übersonicTM TRANSDUCER
Features and Benefits
- Multi-use component
- Lighter hand piece capable of higher amplitude
- Can be used over 150 surgeries
- Universal industry-compatible design
- Can fit existing ultrasonic generators in the market
- Can also be used with other instruments in the market
übersonicTM PRO+
ULTRASONIC LAPAROSCOPIC SHEARS
Available in 3 shaft lengths
23 cm, 36 cm and 45 cm
Universal Compatibility with existing Ultrasonic Generators
- Secure Grasping
- Reliable Sealing
- Precise Cutting
Features and Benefits
- Refined blade design
- Delivers energy intelligently
- Responds to changing tissue conditions
- Provides enhanced audible feedback
- Enables greater surgical precision and performance
- Compatible with existing Generators and Transducers in the market
übersonicTM MARVEL
INTEGRATED BIPOLAR & ULTRASONIC LAPAROSCOPIC SHEARS
Available in 2 shaft lengths
23 cm and 36 cm
Features and Benefits
- Multi-function design
- Can be used simultaneously as a Bipolar instrument
- Compatible with existing RF Generators used in hospitals
- Compatible with existing Generators and Transducers in the market
übersonicTM MAESTRO
ULTRASONIC SHEARS FOR OPEN SURGERY
UbersonicTM Shears for Open Surgery offer unmatched precision with strong sealing ability. They are designed for a wider range of surgical jobs in order to reduce the number of surgical devices needed to achieve hemostasis.