Synovis Micro GEM2750 GEM Microvascular Anastomotic COUPLER Device 1.0mm BX/6

Synovis Micro GEM2750 GEM Microvascular Anastomotic COUPLER Device 1.0mm BX/6

• Model: GEM2750
• Size: 1.0mm
• Designed for vessels with an outer diameter of approximately 0.8 mm to 1.2 mm
• Box of 6

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

The Synovis GEM2750 Microvascular Anastomotic COUPLER Device is a specialized mechanical coupling tool engineered explicitly for microsurgical vessel anastomosis. Operating with an inner diameter of 1.0 mm and designed for vessels between 0.8 and 1.2 mm, this gray-coded coupler enables surgeons to efficiently join tiny arteries or veins without the need for sutures. Through its polyethylene rings and stainless steel pins, the device ensures precise vessel alignment while striving for intima-to-intima contact, promoting patency and minimizing thrombosis risk.

Deploying this coupler significantly accelerates the anastomosis process: traditional suturing can take 15–20 minutes per vessel, whereas the GEM coupler completes the job in as little as 3–8 minutes. This reduction in operative and ischemic time not only enhances surgical efficiency but also supports improved patient outcomes and reduced anesthesia exposure. Its design also offers adaptability in cases of vessel size mismatch, providing flexibility and reliability across a spectrum of challenging microsurgical situations.

Crafted as a single-use, sterile, prescription device, the GEM2750 arrives complete with protective cover and loading jaw to ensure accurate and safe handling during insertion. The device is MR Conditional, offering versatility in environments where MRI imaging may be required. Synovis pairs the coupler with reusable support tools—including a titanium-tipped anastomotic instrument, vessel-size gauge, and coupler forceps—for seamless integration into the microsurgical workflow.