Soft Fistula Compression Cuff

Tourniquet cuff designed for vascular access and hemostasis control during surgical and medical procedures. The inflatable cuff provides adjustable compression to occlude blood flow in limbs, enabling bloodless surgical fields and facilitating venipuncture. Compatible with standard pressure infusion systems and monitoring equipment.

Purpose-designed cuff for vascular assessment and hemodynamic monitoring procedures. Supports diagnostic evaluation of peripheral circulation and vascular function.

Inflatable pressure garment component with multiple compartments used in pneumatic compression therapy systems. Provides sequential compression when connected to pneumatic pump devices.

Sterile arteriovenous fistula equipment and supplies for vascular access in dialysis.

A specialized medical kit containing instruments and components for establishing arteriovenous fistula access in hemodialysis patients.

Vascular access device for creation of arteriovenous fistula or graft, enabling hemodialysis vascular access.

Catheters designed for temporary vascular access in hemodialysis applications. Manufactured with specialized design features to ensure optimal blood flow rates.

Equipment and materials for establishing permanent vascular access through surgical fistula creation. Supports long-term hemodialysis patient management. Often preferred for its durability and low infection rates.

Non-invasive devices or assessment tools supporting arteriovenous fistula maturation. Help optimize permanent vascular access for long-term dialysis patients.

A device suitable for wound compression and hemostasis after vascular interventional puncture procedures.

Devices facilitating reliable vascular access for hemodialysis including fistula needles and catheters. Designed for safe and efficient blood vessel puncture during treatment. Support the clinical workflow of dialysis therapy.

A general-purpose compression device designed for hemostasis following various arterial intervention procedures. The device combines ergonomic compression mechanisms with adjustable tension systems to achieve stable hemostasis while minimizing patient discomfort.