Zimmer 60-7070-102 Dual-Port Tourniquet Cuff 12″ Single-Bladder (Light Blue)
Zimmer 60-7070-102 Dual-Port Tourniquet Cuff 12″ Single-Bladder (Light Blue)
Zimmer
The Zimmer 60-7070-102 is a sterile, disposable cylindrical tourniquet cuff measuring 12 inches in length. It includes dual inflation ports to support both pressure inflation and monitoring connections. The cuff is color-coded light blue for quick size recognition in surgical settings.
This model is configured with a single internal bladder that maintains even pressure distribution around the limb. Its design ensures that inflation is controlled and leakage is minimized when properly connected. The cuff is latex-free and optimized for a single-patient procedure to maintain sterility and reduce cross-contamination risks.
Constructed with Zimmer’s Positive Lock Connection (PLC) standard, the cuffs integrate securely with standard tourniquet hoses. The tubing connections and port orientation help keep lines clear of the surgical field while offering dependable performance under variable pressures.
Original: $22.00
-65%$22.00
$7.70Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Zimmer 60-7070-102 Dual-Port Tourniquet Cuff 12″ Single-Bladder (Light Blue)
Zimmer
The Zimmer 60-7070-102 is a sterile, disposable cylindrical tourniquet cuff measuring 12 inches in length. It includes dual inflation ports to support both pressure inflation and monitoring connections. The cuff is color-coded light blue for quick size recognition in surgical settings.
This model is configured with a single internal bladder that maintains even pressure distribution around the limb. Its design ensures that inflation is controlled and leakage is minimized when properly connected. The cuff is latex-free and optimized for a single-patient procedure to maintain sterility and reduce cross-contamination risks.
Constructed with Zimmer’s Positive Lock Connection (PLC) standard, the cuffs integrate securely with standard tourniquet hoses. The tubing connections and port orientation help keep lines clear of the surgical field while offering dependable performance under variable pressures.
