Conmed 2603M Electrode Pediatric Radiotranslucent Pads
The Conmed Corporation 2603M Electrode is designed for use in various medical settings, including clinics, hospitals, and home care environments, offering a reliable solution for pediatric patients requiring electrodiagnostic procedures. Its standout feature is the use of radiotranslucent pads, allowing for clear visualization under fluoroscopy or X-ray, enhancing the accuracy of medical interventions.
This electrode is intended for temporary diagnostic use on pediatric patients, providing a means to capture high-quality signals for various medical tests and monitoring applications. Its design focuses on patient comfort and ease of use for healthcare professionals, making it an indispensable tool in both inpatient and outpatient care settings.
Key Features
- Radiotranslucent pads for clear visualization under fluoroscopy or X-ray
- Specifically designed for pediatric use, ensuring a comfortable and secure fit
- 48" leadwire length provides flexibility and convenience during procedures
- Electrodes come in pairs, packaged in individual pouches for single-patient use, reducing infection control risks
- Convenient packaging with 10 pouches per case, ideal for clinics and hospitals with high demand
- Easy to apply and remove, minimizing discomfort and stress for young patients
- Designed to work effectively with a variety of diagnostic equipment, ensuring compatibility and reliability
Product Specifications
• Dimensions: 4.25" x 2.875" (pad size) • Weight: Lightweight for patient comfort • Materials: Radiotranslucent pad material and durable leadwire construction • Compliance: Designed to meet or exceed relevant medical device standards for safety and performanceIdeal For
• Hospitals, particularly pediatric and emergency departments • Outpatient clinics and diagnostic centers • Home care settings, for patients requiring ongoing monitoring or diagnostic tests • Medical research facilities and labs, where precise and reliable data capture is essentialShare Product Link: