SAFETY IV CATHETER INTRAVENOUS CANNULA Blood Control

Safnule Blood Control Safety IV Catheter is a sterile, single-use intravenous catheter designed for safe peripheral venous access with integrated safety features to prevent needlestick injuries during insertion and withdrawal. The device combines reliable blood flow control with passive safety mechanisms, reducing occupational exposure risks for healthcare workers. Suitable for routine IV therapy, fluid administration, and blood sampling in clinical and hospital settings.

A peripheral intravenous catheter featuring both blood control technology and safety design to reduce needle stick injury risk. The device incorporates mechanisms to minimize blood leakage during and after needle removal.

IV cannula with integrated auto-activation safety mechanism designed for peripheral intravenous access and medication infusion. Features needle safety activation to reduce needlestick injury risk for healthcare workers while maintaining reliable vascular access for patient care. Sterile, single-use device suitable for acute and chronic infusion therapy.

Closed safety IV cannula designed to prevent needlestick injuries and bloodborne pathogen exposure during peripheral venous access. Features integrated safety mechanism that shields needle after insertion, meeting infection control standards for hospital and clinical settings.

Safety IV cannula with integrated safety mechanism to prevent needlestick injuries during peripheral venous access. Features a retractable needle design that activates automatically after insertion, reducing occupational exposure risk for healthcare workers. Sterile, single-use device suitable for routine IV therapy, blood sampling, and medication administration.

Safety IV catheter designed for peripheral venous access with integrated safety mechanisms to prevent needlestick injuries during insertion and removal. Features a retractable needle design and smooth cannula for reliable vascular access in clinical settings. Sterile, single-use device suitable for short-term infusion therapy and blood sampling procedures.

Safety IV Cannula is a sterile, single-use intravenous catheter designed for peripheral venous access and fluid or medication administration. Available with or without injection ports and wings for secure placement. The safety mechanism reduces needlestick injuries during clinical use.

Safety I.V. catheter designed for peripheral venous access with integrated safety mechanisms to reduce needlestick injuries and bloodborne pathogen exposure. The device features a retractable needle and secure catheter fixation for reliable vascular access in clinical settings.

A sterile, single-use peripheral intravenous catheter engineered for reliable vascular access with integrated needle protection mechanism to enhance healthcare worker safety. The device features a precision-engineered stainless-steel introducer needle and flexible Polyurethane or FEP catheter that enables smooth insertion and reliable venous access. It is manufactured from medical-grade materials, sterilized using Ethylene Oxide, latex-free, DEHP-free, and available in multiple configurations including with or without wings and with or without injection port. The automatic safety mechanism shields the needle upon withdrawal to help reduce accidental needlestick injuries.

Safety I.V. catheter designed for peripheral venous access in clinical settings. Features integrated safety mechanisms to reduce needlestick injuries and cross-contamination risks during insertion and removal. Manufactured with medical-grade materials and suitable for short-term infusion therapy, blood sampling, and medication administration.

Intravenous cannula with integrated safety mechanism to reduce needlestick injuries during insertion and removal. Supports safer clinical practice in healthcare settings.

Pro Safety IV Catheter/Cannula is a sterile, single-use intravenous access device designed for peripheral venipuncture and fluid administration in clinical settings. Features integrated safety mechanisms to reduce needlestick injury risk and ensure secure vascular access during short- to medium-term infusion therapy.