B. Braun Introcan IV Catheter - 24G x 3/4 in Winged Peripheral Venous Access Device, Jorgensen Labs J1431A

The 24G x 3/4" B. Braun Introcan Catheter is specifically engineered for atraumatic vascular access in neonatal patients and small-animal subjects with fragile or compromised vessels. The ultra-sharp back-cut needle geometry minimizes the force required for penetration, significantly reducing the risk of vessel transfixion or "blowing" the vein. Its 3/4-inch length provides the ideal balance of reach and stability, ensuring the catheter remains securely seated within the lumen during patient movement. The integrated wings offer a broad surface area for securement, preventing the micro-movements that often lead to catheter-related complications. This 24-gauge yellow-coded device is the institutional standard for procedures requiring delicate, high-precision peripheral venous access.

This IV catheter features a fully passive safety shield that automatically deploys over the needle tip upon withdrawal, requiring no additional steps from the technical specialist. Unlike active safety systems that depend on the user pressing a button, this passive mechanism eliminates the risk of human error during high-stress emergency procedures. Once the needle is removed from the catheter hub, the safety clip permanently encases the sharp to prevent accidental needle-stick injuries (NSIs) and cross-contamination. This design is a critical component for facilities adhering to OSHA Bloodborne Pathogens standards and institutional sharps-safety protocols. By automating the protection process, the B. Braun Introcan enhances professional safety without altering established clinical techniques.

The B. Braun Introcan is manufactured from advanced polyurethane (PUR), a medical-grade thermoplastic that remains rigid for insertion but softens significantly once inside the vasculature. This characteristic allows the 24-gauge cannula to conform to the vessel wall, drastically reducing mechanical irritation and the risk of phlebitis. Polyurethane also offers superior kink-resistance compared to traditional FEP materials, ensuring a consistent infusion flow rate even in active patients. The thin-wall design of the cannula maximizes the internal diameter, allowing for higher flow volumes through a smaller external footprint. These technical specifications extend the viable dwell-time of the catheter, reducing the need for frequent and painful restarts.

These catheters are fully compatible with all ISO-standard luer-lock and luer-slip connections, ensuring seamless integration with multi-channel manifolds and extension sets. The universal hub design allows for secure, threaded fitment to volumetric infusion pumps and syringe drivers commonly used in neonatal and veterinary ICU settings. Because the hub is transparent, technical specialists can easily monitor for air bubbles or precipitate during the administration of critical pharmaceuticals. The integrated wings facilitate a stable connection that resists torque and accidental disconnection when attaching heavy-duty IV tubing. This interoperability makes the Introcan 24G a versatile asset for any facility requiring standardized, high-performance vascular access hardware.

The Introcan utilizes "Double Flashback" technology to provide immediate visual confirmation of both successful needle entry and subsequent catheter placement within the vessel. The first flashback occurs in the needle chamber to signal venous entry, while the second flashback appears along the catheter shaft to confirm the cannula is correctly positioned. This dual-indicator system is vital for small-vessel access where tactile feedback may be subtle or misleading. By providing high-visibility confirmation at two distinct stages, the technology significantly increases first-stick success rates and minimizes the risk of hematoma. For technical specialists, this feature reduces procedural time and improves patient outcomes by ensuring accurate primary placement on the first attempt.