Specially designed to radial artery hemostasis post percutaneous puncture. Tranparency material ensure clear visual control of homeostasis procedure. Unilateral valve connected to balloon permits accurate pressure adjustment, providing personalized hemostasis strategy. Adjustable band length provides precise fit for patient comfort.

Braided tubing Used for power injection applicator Combines high pressure capacity with superior flexibility Available with or without high pressure rotating adapter Latex free

Lower insertion forces during placement into vasculature Reduced drag on catheter during placement through sheath Convenient dilator to sheath interlock Kit includes: sheath, dilator, 45 cm guidewire, introducer needle, syringe, and scalpel

Introducer sheaths come as part of a kit, which includes-  Dilator, Introducer Needle, and 45 cm SS Guidewire. ATIS includes a nitinol guidewire.

Sharp, lubricated needle tip facilitates smooth access and minimal resistance during insertion. Funneled hub designed for smooth guidewire introduction. Compact, low profile design

The HYDROWIRE™ is the optimal guidewire which delivers unmatched performance consistently. It’s hydrophilic coating offers excellent lubricity, making any procedure as comfortable as possible for the doctor. Available in many sizes and shapes to suit the needs of the procedure. Excellent torqueability offering total control. The nitinol core makes the wire...

AD-VALVE Hemostasis valve allows single-handed manipulation to open and close the valve while introducing devices into the vasculature. The hemostasis seal minimizes blood loss while giving the clinician the ability to manipulate interventional devices.

SURGIWIRE™-Guidewires are manufactured with a stainless steel core & PTFE coating (teflon), offering excellent manoeuvrability and lubricity. New thumb indentation facilitates smooth movement of the wire towards center of luer opening. Trusted feel, high performance and consitent quality for increased catheter compatibility. Atraumatic “J” tip design to reduce the...