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Peripheral IV Catheter
Introcan Safety® 3 is a closed, non-ported IV catheter with self-activating needlestick protection and a multi-access blood control septum. Engineered to minimise blood exposure and help prevent pathogen entry, it supports safer catheter insertion and ongoing vascular access management.
Cleaner cannulation. The multi-access blood control septum helps to protect against blood splashing and exposure during catheter insertion and while disconnecting a device from the catheter hub. The blood control septum creates a closed system helping to protect patients from pathogen entry.
Always be in control. The sophisticated catheter securement helps to reduce catheter movement and related complications.
Safety shield technology deploys automatically and cannot be bypassed, helping to prevent the risk of a needlestick injury and related infections.
Thanks to our broad portfolio (14G – 24G), Introcan Safety® 3 Closed Access Catheter is suitable for a wide range of application needs across hospital and home care settings.
Introcan Safety® 3 is indicated for use with pressure injectors up to 325psi (24G – 14G), allowing clinicians to utilise existing vascular access for contrast administration, minimising unnecessary recannulation.
Unlike integrated IV catheters with permanently attached extension sets, Introcan Safety® 3 is supplied individually without a needlefree extension. If insertion is unsuccessful, only the IV catheter needs replacing, helping to reduce plastic waste and avoid unnecessary product cost.
Presented at the National Infusion & Vascular Access Society.
Efficacy and ease of use of an intravenous catheter designed to prevent blood leakage
A Prospective Observational Trial
link
Introduction of a non-ported peripheral intravenous cannula with a multi-use blood control septum
Offers improvements in the overall efficiency of the procedure and is clinically well accepted
link
Comparing the diagnostic accuracy of CT pulmonary angiograms
S Jones & A Shirley 2024
pdf, 204.9 KB
1. Suzuki T. Fukuyama H. Nishiyama J. Oda M. Takahashi M. Differences in Penetration Force of Intravenous Catheters: Effect of Grinding Methods on Inner Needles of Intravenous Catheters. Tokai J Exp Clin Med. 2004; 29(4): 175-181.