Satinsky Tangential Occlusion Clamp

The Satinsky Tangential Occlusion Clamp is an acclaimed surgical instrument for accurately clamping big blood arteries during difficult surgeries. Its angled jaws ensure a tight hold, reducing stress to sensitive tissues. Furthermore, the blunt points avoid piercing injuries and ensure patient safety. This clamp is made of high-quality stainless steel, which ensures great durability and corrosion resistance. Furthermore, the slim, double-angled shape facilitates access and movement in tight surgical locations. ​

The clamp’s robust ratchet lock mechanism allows for regulated pressure application, which reduces the danger of tissue injury. Furthermore, the smooth exterior edges minimize any unintentional harm to nearby structures. The ergonomic finger-ring handles offer improved control and comfort, reducing hand fatigue during longer treatments. As a result, its lightweight design improves usage, making it a trustworthy option for surgeons. ​

In cardiovascular and urological procedures, surgeons frequently employ the Satinsky Tangential Occlusion Clamp to temporarily block blood flow in major arteries like the aorta or vena cava. Maintaining a bloodless field and ensuring excellent vision are critical during procedures such as aneurysm repairs, organ transplants, and tumor resections. Its atraumatic construction ensures vessel integrity, making it ideal for delicate surgeries. ​

This instrument illustrates Medic Instrument’s dedication to excellence, since it was manufactured with precision and adheres to high-quality requirements. Each clamp goes through extensive testing to ensure consistent performance and dependability in surgical situations. As a consequence, surgeons worldwide rely on this brand for its unique designs and commitment to improving surgical results. ​

Is this Clamp available in different sizes?

Yes, the clamp comes in multiple sizes to accommodate various surgical needs. Therefore, surgeons can select the appropriate length and jaw dimensions based on the specific requirements of the procedure.