Interpretation function;
Multi languague user friendly interface;
USB port, SD card, LAN port;
7 inches LCD for waveform display;
– Paper Saving Mode;
– Support Laser Printer
-Main unit:
-Chest electrod x 6pcs
Limb electrods (total 4pcs)
Patient cable x 1pc
Major Options:
4G
ECG viewer PC software
Engineered specifically for point-of-care diagnostics, emergency response teams, home visits, and ambulatory healthcare services, the Mobile Model IE10 redefines portable cardiac monitoring. This lightweight, ultra-compact unit fits seamlessly into emergency medical bags or mobile carts, allowing paramedics and clinicians to capture high-quality electrophysiological recordings anywhere care is needed. Despite its small profile, the IE10 offers powerful digital signal processing that neutralizes motion artifacts and external electromagnetic interference.
An intuitive touch screen interface allows operators to initiate recording sessions, adjust acquisition parameters, and review clear waveform displays within seconds. The integrated wireless connectivity features allow medical personnel to upload diagnostic traces directly to central hospital databases or remote cardiologists for instant tele-consultation, significantly cutting down critical treatment response times during acute cardiac events.
Why the IE10 Stands Out in Mobile Care:
Ultra-Portable Form Factor: Minimal footprint engineered for swift transit and point-of-care deployment.
Rugged Build Quality: Durable casing built to handle the rigors of field operations and frequent transport.
Long Battery Endurance: Rechargeable lithium power cell supports continuous diagnostic acquisition without external outlets.
Instant Digital Sharing: Modern wireless protocols allow immediate transmission of clinical data to EMR systems.
As a highly agile ECG machines supplied by Next Edge Surgical LLC, the Model IE10 ensures that spatial limitations never compromise patient diagnostic care. Healthcare providers can trust this mobile powerhouse to deliver swift, accurate, and actionable cardiac insights whenever time and mobility are critical.
