Sign up for our newsletter

Subscribe

New Y Connector Hemostasis Valves

Tuesday, January 10, 2017

Qosina is pleased to announce the addition of four new Y connector hemostasis valves (#80300-#80303) to its product line. Each hemostasis valve is equipped with a rotating male luer lock or male luer slip, and a female luer lock sideport. The Y connector gives the valve an ergonomic design for comfortable handling. The housing is made from a tinted polycarbonate material that minimizes discoloration during the sterilization process. The silicone gasket creates a seal for secure positioning when closed and can accommodate devices from 0 - 4.5 FR or 0 - 7 FR. These hemostasis valves are latex-free, Class VI compliant and are suitable for EtO and Gamma sterilization methods. Qosina offers an extensive line of hemostasis valves that are available in other styles and sizes, including double and one-handed, and a variety of guide wire and catheter accessories such as torquers, dispensing tubing and channel clips to complete your project needs.

Qosina offers low minimums and short lead times. Log on to Qosina.com to see pricing, obtain our latest catalog, request complimentary samples and place orders. Be sure to sign up for our monthly e-newsletter to stay current with our newest product additions. Custom sourcing services are available through our extensive network. Call our Customer Service Specialists to discuss your project in detail via phone +1(631) 242-3000 or email info@qosina.com.

Qosina is a worldwide supplier of thousands of stock OEM components including bioprocessing components, compression fittings, ENFit™ connectors, luers, clamps, clips, check valves, stopcocks, hemostasis valves, tuohy borst adapters, swabs, spikes, syringes and tubing to the medical and pharmaceutical industries. Founded in 1980, Qosina is now based in Ronkonkoma, NY in a 95,000 square foot facility with an ISO Class 8 Clean Room and is ISO 9001 and ISO 14001 registered.

 Qosina is pleased to announce the addition of four new Y connector hemostasis valves