Zimmer 60750000200 A.T.S. Cylindrical Tourniquet Cuff Dual Port Single Bladder 12" 1/EA

Zimmer 60750000200 A.T.S. Cylindrical Tourniquet Cuff Dual Port Single Bladder 12" 1/EA

• Model: 60750000200
• Cuff Type: Cylindrical
• Ports: Dual port
• Bladder: Single bladder
• Cuff Width / Size: 12 inches
• Compatibility: Designed to work with Zimmer A.T.S. pneumatic tourniquet systems and other compatible pneumatic pressure inflation units

The Zimmer 60750000200 A.T.S. Cylindrical Tourniquet Cuff (12″, Dual Port, Single Bladder) is designed to deliver reliable and consistent pneumatic occlusion for extremity surgery. Engineered to work seamlessly with A.T.S. pneumatic tourniquet systems, this 12‑inch cylindrical cuff uses a single bladder to distribute pressure evenly around the limb, helping clinicians achieve effective bloodless fields during orthopedic, trauma, hand, and foot procedures. Its dual‑port design provides quick, secure connections to inflation devices, improving setup efficiency and workflow in the operating room.

Built for durability and ease of use, the Zimmer A.T.S. cuff features a soft, yet robust exterior that maintains comfort for the patient while withstanding the demands of repeated clinical use. The single bladder’s uniform inflation helps support consistent pressure delivery, reducing the risk of pressure spikes and enhancing procedural control. Compatible with a wide range of standard pneumatic tourniquet systems, this cuff offers versatility across surgical specialties where limb occlusion is required.

Ideal for hospitals, surgical centers, and ambulatory care environments, the Zimmer 60750000200 tourniquet cuff helps elevate your operative precision and efficiency. Its thoughtful design, combined with Zimmer Biomet’s longstanding reputation for quality surgical accessories, ensures dependable performance, ease of cleaning, and clinician confidence case after case. Whether preparing for routine extremity surgery or complex fracture repair, this cuff supports a controlled, bloodless surgical field for improved visualization and outcomes.