SonaStar®
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Ultrasonic surgical aspiration system • High performance tissue ablation • Vessel sparing, soft and hard tissue removal • Adaptive radio frequency coagulation capability • Easy to set up and break

Misonix, Inc. designs, develops, manufacturers and markets therapeutic ultrasonic medical devices. Misonix’s therapeutic ultrasonic platform is the basis for several innovative medical technologies. Addressing a combined market estimated to be in excess of $3 billion annually, Misonix proprietary ultrasonic medical devices are used for wound debridement, cosmetic surgery, spine surgery, neurosurgery, laparoscopic surgery and other surgical and medical applications. Additional information is available on the company’s web site at www.misonix.com. All of our products are designed,...

Intuitive Handling The SonaStar® is an advanced ultrasonic system for precise soft tissue aspiration and powerful removal of osseous structures. It is engineered for maximum simplicity and intuitive use. All ultrasonic components are optimized for high efficiency and reliability, day after day, case after case. Short Straight, High-Flow 23 kHz Handpiece (shown) Simple Set-Up Assemble Handpiece Connect Handpiece and Tubing Set Activate Footswitch Automatic System Check Advanced System Features • Dynamic Tissue Response (DTR) • Linear Modes and Preset Modes • Progressive Footswitch Control...

Dynamic Tissue Response™ | DTR 1 SonaStar DTR Tissue selectivity is managed seamlessly and intuitively with the SonaStar DTR. DTR enables the surgeon to command the desired balance between power and selectivity by setting a single parameter, the Vibration. DTR automatically increases tissue selectivity at low vibration settings when delicate anatomy demands it most. Likewise, it decreases selectivity at high vibration settings to achieve high ablation rates. A dedicated electronic circuit is able to sense and adjust tip vibration within milliseconds. Benefit: DTR helps to preserve nerves...

SonaStar Handpieces | 23 kHz SonaStar handpieces, with their piezoelectric drivers, are core system components. They deliver uncompromised performance in wide ranging scenarios. RF coagulation is seamlessly integrated and all materials are carefully selected to minimize magnetic susceptibility. Most important, they feature a straight and streamlined aspiration channel to yield maximum aspiration efficiency and minimize any risk of clogging. This results in handpieces that are compact, extremely well balanced, reliable and intuitive to set up. SonaStar Short Straight The SonaStar Short...

SonaStar® Aspiration Tips The soft tissue aspiration and OsteoSculpt® bone sculpting ultrasonic tips are engineered as distinct surgical instruments and individually tuned to the 23 kHz system frequency. Soft Tissue Aspiration Tips SonaStar aspiration tips cover the spectrum from delicate skeletonizing to powerful debulking. They come in a variety of tip diameters and styles to address both open surgical procedures and minimally invasive surgery.

Specialty Tips Deep Access Probe (MXA-D232) The Deep Access Probe is designed for use in tight areas for ablation of soft tissue in neurosurgery. It is a 1.9 mm standard, long straight tip protected by a sheath made of rigid plastic to mitigate any potential for collateral damage to the surrounding tissue, e.g., thermal necrosis. Laparoscopic Probe (MXA-L002)1 The Laparoscopic Probe consists of a 30 cm long straight aspiration tip with 2.0 mm standard I.D. housed in a rigid plastic sheath with a silicone tip assembled at its distal end. Previous surgeries include resection of liver...

SonaStar please contact us at +1.631.694.9555 For further information on SonaStar® please consult with your local Misonix sales representative. 1938 NEW HWY, FARMINGDALE, N.Y. 11735 | +1.631.694.9555 +1.631.694.3285 FAX MISONIX, INC. | NASDAQ SYMBOL: MSON | MISONIX.COM References available upon request and on file at the corporate offices. © 2016 Misonix, Inc. All rights reserved. Printed in the USA. SS-1301-01 REV A If you would like further information or would like to evaluate the