Enhance the accuracy and reliability of your patient monitoring with ICU Medical's Patient Monitoring Accessories. The ECG 3-Lead Shielded Cable provides a crystal-clear connection between electrodes and the monitor, ensuring real-time and precise cardiac readings. Its shielding reduces interference and promises dependable performance.

Complement your monitoring setup with the Roll Stand Kit, an essential accessory for the Advisor Vital Signs Monitor. The redesigned roll stand allows effortless mobility and a stable, secure setup in clinical environments. Its adjustable height and locking casters enhance patient care efficiency by allowing seamless monitor movement, reducing clutter, and ensuring essential equipment is always within reach.

Key Features:

• The ECG 3-Lead Shielded Wires ensure accurate signal transmission with their shielding capabilities, reducing interference from external sources.
• The Roll Stand Kit offers exceptional stability and mobility, featuring locking casters for added safety and an adjustable platform perfectly designed for the Advisor Vital Signs Monitor.

Uses:

• ICU Medical Patient Monitoring Accessories are essential for high-precision monitoring in hospital settings. The ECG 3-Lead Shielded Wires are used to connect ECG electrodes to the monitor, ensuring reliable and accurate transmission of cardiac signals. The Roll Stand Kit, specially designed for the Advisor Vital Signs Monitor, offers maneuverability and a stable platform for the monitoring equipment.

FAQs:

1. What is the length of the ECG 3-Lead Shielded Wires?
The ECG 3-Lead Shielded Wires are 1.5 meters long, providing sufficient length for patient comfort and equipment flexibility.

2. Is the Roll Stand Kit compatible with other monitors?
The Roll Stand Kit is specifically designed for the Advisor Vital Signs Monitor to ensure a perfect fit, though it may be adaptable for similar models.

3. How do the shielded wires reduce interference?
The shielded wires are designed to block external electromagnetic interference, allowing for precise and reliable ECG signal transmission.