| Category | ECG Holter cable |
| Certifications | CE, ISO |
| Connector Proximal | snap/banana/clip |
| Latex-free | Yes |
| Lead Cable Color | Gray |
| Lead Cable Material | TPU Jacket |
| Lead Number | 10 |
| Packaging Type | Bag |
| Packaging Unit | 1 |
| Patient Size | Adult/Pediatric |
| Sterile | No |
| Warranty | 1 year |
Med Accessories offers a comprehensive range of products for medical monitoring and diagnostics. Here is a summary of the main products:
Reusable/Disposable SpO2 Sensor: These sensors are designed for continuous and noninvasive monitoring of arterial oxygen saturation and pulse rate. They are available in both reusable and disposable options.
SpO2 Extension Cable: The SpO2 extension cable allows for extended reach and flexibility in connecting the SpO2 sensor to the patient monitor.
ECG Trunk Cable & Leadwire: These cables and leadwires are used for electrocardiogram (ECG) monitoring. They connect the ECG electrodes to the patient monitor, enabling the measurement and recording of the heart's electrical activity.
EKG Cable & Accessories: EKG cables and accessories are used for electrocardiography, providing a connection between the EKG electrodes and the EKG machine or monitor.
ECG Electrodes: These are adhesive patches or electrodes used to detect and transmit the electrical signals from the patient's body to the ECG monitoring system.
EEG Leadwires with Electrodes: EEG leadwires with electrodes are used for electroencephalogram (EEG) monitoring. They capture and transmit the electrical activity of the brain for diagnostic purposes.
IBP Cable/Disposable IBP Transducer: IBP (Invasive Blood Pressure) cables and disposable transducers are used for measuring blood pressure invasively. They connect the blood pressure transducer to the patient monitor.
Water Trap: A water trap is a device used to prevent moisture from entering the measurement system during respiratory monitoring, ensuring accurate and reliable readings.
NIBP Cuff/Hose/Connector: NIBP (Non-Invasive Blood Pressure) cuffs, hoses, and connectors are essential components of blood pressure monitoring systems. They enable the non-invasive measurement of blood pressure.
Temperature Probe: Temperature probes are used for monitoring the patient's body temperature. They are available in various designs, such as skin surface probes or rectal probes, to suit different applications.
An EKG Holter cable is a specialized cable used in Holter monitoring, which is a continuous recording of a patient's electrocardiogram (EKG) over an extended period. The cable connects the patient's chest leads to the Holter recorder, allowing for the capture and analysis of the patient's heart activity during their daily activities.
Here are some key features and considerations related to EKG Holter cables:
Lead Configuration: EKG Holter cables come in various lead configurations to accommodate different monitoring needs. Common configurations include 3-lead, 5-lead, and 12-lead cables. The lead configuration determines the number and placement of electrodes on the patient's body.
Cable Length: The length of the EKG Holter cable should be sufficient to comfortably connect the patient's chest leads to the Holter recorder, which is typically worn on a belt or carried in a pouch. Longer cables provide more flexibility for patient movement during monitoring.
Durability: EKG Holter cables should be durable and able to withstand the rigors of daily use and patient activity. High-quality cables are designed to resist tangling, twisting, and damage, ensuring reliable signal transmission throughout the monitoring period.
Patient Comfort: Comfort is essential during Holter monitoring, as patients wear the cables for an extended period. Cables should be lightweight, flexible, and designed with patient comfort in mind. Soft, hypoallergenic materials and ergonomic connectors can enhance patient satisfaction.
Connector Compatibility: EKG Holter cables should have connectors that are compatible with the specific Holter recorder or monitoring system being used. Ensuring proper connector compatibility is crucial for reliable signal transmission and accurate data capture.
