Professional-Grade Fluid Control for Critical Care Applications
The Sceptre Three Way Stop Cock offers healthcare professionals precise control over fluid pathways in IV therapy and pressure monitoring setups. Engineered with meticulous attention to detail, this high-quality medical device ensures reliable performance in critical care environments.
Advanced Design Features:
Soft, smooth tap rotation for precise fluid pathway control and easy one-handed operation
Uniform cavity-bore throughout the device ensures maximum infusion flow with minimum turbulence
Leak-proof body construction withstands pressure up to ten bars under normal conditions
Secure luer-lock screw system guarantees safe connection to other standard medical systems
6% luer-taper compatibility ensures perfect integration with any standard medical product
Color-coded options (Blue, White, Red) for easy identification in complex setups
Available Configurations:
Standard Three Way Stop Cock (Product Codes: 301.N0310A Blue, 301.N0110A White, 301.N0210A Red)
Three Way Stop Cock with Extension Tube - available in various lengths from 10cm to 200cm
With color coding (Blue: 301.P3120A, White: 301.P1120A, Red: 301.P2120A)
Extension tube only (10cm: 301.P0220A, 50cm: 301.P0220C, 100cm: 301.P0220E, 200cm: 301.P0220G)
Clinical Applications:
Multiple fluid administration pathways
Medication delivery
Pressure monitoring
Blood sampling
Connection of additional lines
Separation of administration from insertion site when used with extension tubing
Package Contents:
Individually wrapped, sterile Three Way Stop Cock
Available in boxes of 50 units (1000 units per carton)
Quality Assurance: Every Sceptre Three Way Stop Cock undergoes strict quality control procedures and is manufactured in compliance with international standards. Our products are clinically tested, ISO 9001:2015 & 13485 certified, and FDA registered, ensuring maximum safety and reliability for your patients.
Depend on Sceptre for consistent performance in fluid management - where precision meets reliability in medical devices.