Stryker Sustainability 60-7070-104 Tourniquet Cuff 24" Green PLC Dual Port Single Bladder CS/10

Stryker Sustainability 60-7070-104 Tourniquet Cuff 24" Green PLC Dual Port Single Bladder CS/10

• Model: 60-7070-104 (Stryker)
• Green
• Dual Port
• Single Bladder
• 24 inch

This medical supply or implant item has undergone a thorough reprocessing procedure by an authorized medical reprocessing company. Following this process, it meets the required standards for safe and effective use in medical procedures.

Durability and Design

The Stryker

60-7070-104 Tourniquet Cuff is engineered for durability and reliability in emergency medical situations. It features a robust design that withstands extensive use without compromising functionality. This 24" Green PLC Dual Port Single Bladder cuff is tailored to deliver efficient performance under pressure, which is crucial in controlling blood flow during surgical procedures or emergencies. Medical staff can trust this equipment, as it effectively meets their specific needs for safety and efficiency.

Ease of Use

This tourniquet cuff is designed for user-friendly operation, allowing medical professionals to apply it quickly and with confidence. Its intuitive design facilitates swift adjustments, ensuring the cuff adheres snugly and effectively around the limb. Because emergencies can occur at any moment, the Stryker

Tourniquet Cuff’s easy application allows for rapid response, enhancing patient care in critical situations. This factor is key in ensuring timely interventions during surgeries or trauma cases.

Application Versatility

The versatility of the Stryker Tourniquet Cuff makes it suitable for various medical environments. Whether in an operating room, emergency response setting, or outpatient procedures, this cuff adapts seamlessly to any situation. Medical teams appreciate having equipment that is not only reliable but also flexible to address varying needs. With its dual port design, the Stryker Tourniquet Cuff provides enhanced control, ensuring a secure fit and greater adaptability during use.