The Arrow® Double Lumen Central Venous Catheter (4 Fr × 8 cm) is a compact, short-length central venous access device designed for pediatric and small-frame patients requiring precise, short-term central access. Manufactured by Arrow (Teleflex), this catheter offers dependable performance where smaller vessel preservation and controlled infusion are critical.
Its double lumen configuration allows clinicians to manage two independent therapies through a single insertion site, reducing procedural complexity and minimizing vascular trauma. This catheter is widely used in neonatal and pediatric ICUs, emergency care, and perioperative environments. Shah Trading Corporation, Mumbai the Indian Distributor of Arrow CVC & HD Catheters is the trusted dealer and supplier for these catheters to healthcare institutions across India.
Key Features:
* Ultra-small 4 Fr diameter for delicate vascular access * Short 8 cm length for precise tip positioning * Double lumen design enables dual therapy delivery * Smooth polyurethane catheter for atraumatic insertion * Color-differentiated lumens for safer line management * Radiopaque construction for placement verification * Designed for short-term central venous access * Globally trusted Arrow® manufacturing quality
Product Specifications:
Parameter
Details
Brand
Arrow® (Teleflex)
Product Type
Double Lumen Central Venous Catheter
French Size
4 Fr
Length
8 cm
Reference Number
CS-15402E
Number of Lumens
2
Material
Medical-grade polyurethane
Radiopacity
Yes
Sterility
Sterile, single-use
Intended Patient Group
Pediatric / Neonatal (as clinically indicated)
Intended Use
Short-term central venous access
Dealer & Supplier in India
Shah Trading Corporation, Mumbai
Product Usage:
In real clinical practice, the Arrow® 4 Fr × 8 cm Double Lumen CVC is used when central venous access is required in very small patients where vessel preservation is critical. It supports the administration of IV fluids, medications, or nutrition while maintaining an additional lumen for intermittent therapy or monitoring—making it especially valuable in NICU and pediatric critical care settings.
