3-Port Manifold

Multi-port manifold system for managing fluid lines in cardiovascular and anesthesia procedures. Enables simultaneous administration and monitoring of multiple fluid streams with integrated pressure management.

A three-port manifold device used in PTCA (percutaneous transluminal coronary angioplasty) procedures. This accessory facilitates fluid and contrast management during interventional cardiology procedures.

Multi-port manifold system for pressure monitoring and fluid management during cardiovascular catheterization procedures.

Multi-port manifold system with on/off valve control for managing fluid delivery and pressure monitoring during coronary and vascular interventions.

Multi-port connection manifold used in interventional cardiology to manage pressure monitoring, contrast injection, and guidewire manipulation during coronary procedures.

A five-way manifold designed for high-pressure applications in hemodynamic monitoring and vascular access. This device allows simultaneous connection of multiple infusion lines and pressure transducers.

A hemostatic manifold system used for multiple-line access management during interventional procedures. Facilitates controlled fluid and pressure management in complex cardiology interventions.

Multi-port valve systems with manual stopcocks rated to 500 psi, featuring blue handles and half-body design with three ports. These devices enable controlled fluid distribution and pressure management across multiple lines during interventional procedures.

Multi-port pressure distribution block for angiographic and interventional procedures supporting simultaneous high-pressure connections. Rated for power injector applications.

Sterile three-way manifold devices for controlling fluid flow in multi-line infusion systems.

A manifold device used for pressure monitoring, fluid management, and control during cardiac interventional procedures. Available variants: Manix™ – Manifold.

High-pressure 5-way manifold for medical fluid distribution systems. Designed for safe and efficient management of multiple fluid lines in clinical settings.