Product Information

The VASER System utilizes a proprietary application of ultrasonic energy technology and a user-friendly, integrated system design. This platform was developed to quickly emulsify fatty tissue and limit damage to tissues such as connective tissue, blood vessels, and nerves. Patients report low to minimal pain, and both patients and doctors are satisfied or very satisfied with the cosmetic outcomes.

The VASER^® System

The VASER System represents a major technological advance over earlier generation ultrasound devices. Grooved probe designs, advanced energy physics, and patented cannulae designs selectively fragment and remove fat while leaving other significant tissues relatively intact. Small, solid probes permit small incisions and access all target areas.

Rapid fat fragmentation with controlled ultrasonic energy Easy penetration of soft to fibrous tissue Integrated infusion and suction system Small incisions (3.5-4mm) Reported low incidence of complications Reported high level of patient and surgeon satisfaction Reports of low to minimal pain Digital display for precise fluid measurement The quiet and highly efficient VentX® aspiration system, coupled with smooth, "balance-ported" VentX cannulae, is used after fragmentation to remove tumescent fluid and fragmented tissue. PRODUCT DATASHEET : Better Results Through Superior Technology ... Only By VASER®

VASER System Components

The VASER Amplifier utilizes pulsed or continuous modes of ultrasonic energy, housed in a simple, easy to use design.				VentX Cannulae feature a smooth balance-ported design to increase aspiration efficiency and speed while minimizing tissue damage.
VASER Probes are offered in a variety of diameters and groove patterns to facilitate precise contouring in virtually all anatomical applications.				VASER Skin Ports protect skin while providing fast and convenient access for both fragmentation and aspiration. Incisions need not exceed 4 mm.
The Precision Fluid Management System provides precise and convenient fluid administration accurate to within +/- 1 cc at any volume.