Bipolar vessel sealing and the new capabilities of ultrasonic alike dissection of SONIC Mode.
Apply to laparoscopic and surgical procedures, puncture the abdominal tissue of the human body, and establish the working channel for abdominal surgery.
The revolutionary solution that not only reduces the cost of trocars but also extends their lifespan
• Super-thin anvil, more convenient for procedure. • Bigger inner cutting diameter, minimize anastomosis stricture. • Rational arrangement of staples, reduce bleeding after procedure. • Setting minimum stapling space to avoid damage to tissues. • Imported titanium staples, greater tension-resistance on anastomosis.
Discover everything you need to know about how we create our surgical equipment development process. While there are many variations of methodologies available, we ensure our approach remains focused, consistent, and credible, avoiding any alterations that could compromise quality.
The very first step we take in developing surgical equipment begins with thorough analysis.
Designing ensures our surgical equipment is user-friendly, intuitive, and enhances the engagement of healthcare professionals.
This is a crucial part of our process, as the quality of the surgical equipment we deliver depends on the efforts made during this stage.
Testing is essential for the success of our surgical equipment, playing a vital role in our overall development process.
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