B. Braun Introcan IV Catheter | 22G x 1" Winged Peripheral Venous Access Device

The B. Braun Introcan utilizes proprietary Double Flashback technology to provide immediate, separate visual confirmation of both needle entry and successful catheter capillary placement. Upon initial venipuncture, a first "needle flash" appears in the flashback chamber to confirm the needle has entered the vein. Subsequently, a second "catheter flash" occurs between the needle and the cannula, signaling that the catheter itself is successfully positioned within the vessel. This dual-verification system is critical for reducing the risk of through-and-through punctures and improving first-stick success rates in patients with challenging vascular access. By providing high-visibility confirmation at two distinct stages, the technology minimizes procedural time and enhances clinician confidence.

This IV catheter features a fully automatic passive safety shield that permanently encases the needle tip upon withdrawal without requiring any secondary user activation. Unlike active safety devices that rely on a push-button or manual slide, this passive mechanism cannot be bypassed, ensuring 100% compliance with OSHA Bloodborne Pathogens standards. The safety clip deploys instantly as the needle is removed from the catheter hub, effectively eliminating the risk of accidental needle-stick injuries (NSIs). This "no-step" safety design is proven to be significantly more effective than active systems at reducing sharps-related exposure in high-stress clinical environments. Standardizing on passive safety technology protects staff, reduces liability, and aligns with global best practices for hazardous waste management.

The B. Braun Introcan is manufactured from medical-grade polyurethane (PUR), a high-performance thermoplastic that remains rigid for easy insertion but softens significantly at body temperature. Once positioned within the vessel, the catheter becomes more flexible, conforming to the vascular anatomy to minimize mechanical phlebitis and vessel wall irritation. This material advantage, combined with the ultra-sharp universal back-cut bevel, allows for a wider range of insertion angles and produces less tissue tearing. Polyurethane’s superior kink-resistance ensures a consistent gravity flow rate of approximately 35 mL/min for the 22G model. These specifications directly contribute to longer indwelling times, reducing the clinical labor and material costs associated with frequent catheter replacements.

This 22-gauge blue Introcan catheter is pressure-rated for contrast media applications up to 300 psi when used with power injectors. This high-pressure tolerance makes the 22G x 1" model an incredibly versatile asset, suitable for both standard infusion therapy and specialized radiological procedures. The robust polyurethane construction prevents catheter rupture or deformation under the high-flow conditions required for modern diagnostic imaging. Technical specialists can rely on the same standardized hardware for ICU fluid management and CT scan protocols, simplifying inventory requirements across departments. Having a 300 psi rating on a standard peripheral catheter enhances facility scalability and ensures the device can handle the mechanical stresses of automated infusion systems.

The integrated stabilization wings on the Introcan hub provide an expanded surface area for securement, significantly reducing the micro-movements that lead to catheter dislodgement. These wings facilitate a stable platform for taping and dressing application, which is essential for maintaining a secure line in active patients or during long-term infusions. The ergonomic design also allows for a more controlled, one-handed insertion technique, giving the technical specialist better leverage during venipuncture. By improving catheter stability, the winged hub reduces the risk of mechanical complications like infiltration and accidental pull-outs. This enhanced securement protocol leads to fewer restarts, lower consumable waste, and a more comfortable experience for the patient.