USS-200 Ultrasonic Scalpel System

Product Introduction

1. Through ultrasonic cavitation effect and high-frequency mechanical vibration，USS-200 Rebirth Knife changes the structure and state of proteins in animal tissues, and utilizes self-developed high-efficiency energy transfer and self-adaptive tissue frequency tracking technology to effectively complete tissue cutting, cleaning, coagulation and other operations.

2. The Rebirth Knife Series contain three different functional scalpels, suitable for laparoscopic and open surgery in all types of animal medical facilities.

Applicable Surgeries

Veterinary ultrasonic scalpel is suitable for 95% of veterinary surgeries: Hepatobiliary, Head and Neck, Breast, Urinary, Thoracic, Gastrointestinal, Ophthalmic, ENT, Minimally invasive, Sterilization Procedures

Technical Specifications

Instrument Parameters

Advantage

Strong Anti-adhesion

Low operating temperatures, no eschar or carbonization.

Adjustable Operating Speed

Low lateral thermal damage, with five adjustable cutting speeds.

Clear Vision

Curved jaw design with larger viewing area; less smoke during surgery, guaranteeing the surgeon to obtain the best surgical field of view.

Stable and Reliable

No current through the animal, outputting energy stably and coagulating blood vessels under 5mm (including 5mm) safely.

High Flexibility

360~ operating angle, adjustable and flexible.

High Safety

The range of thermal damage is less than 1.5mm (data measured from the slices), reducing

damage of surrounding tissues.

Easy to Care

The diameter of the blade is only 5.5mm, minimally invasive surgery with small incisions and quick recovery after surgery. Less pain for pets, easier care for owners.

Compact and Lightweight

Designed by a professional team, weighing only 2.85KG and occupying little surgical space.

Ultra-low Thermal Damage

The range of lateral thermal damage is less than 1.5mm, reducing damage of surrounding tissues.

Product Detail Description

Tissue Pad: Made of PTFE, passed the biocompatibility test. Extremely dense serrated structure with serrations less than 0.5mm apart, providing greater grip and avoiding disengagement from the jaw during tissue cutting.