Description
The Kaarya KAA-601G Six Channel ECG Machine is a next-generation diagnostic ECG system built for precision, efficiency, and ease of use in hospitals and clinical environments. It features a 7-inch high-resolution color touchscreen LCD (800×480) that displays real-time ECG waveforms, operational conditions, and detailed patient information such as name, age, sex, and hospital ID. Supporting 12-lead simultaneous acquisition (standard or Cabrera format), it delivers highly accurate cardiac readings suitable for adult, pediatric, and neonatal monitoring. Its floating input design with defibrillation protection ensures both patient safety and signal integrity during diagnostic procedures.The device operates at a recording speed of up to 50 mm/s and provides auto interpretation, offering clinicians quick and reliable diagnostic summaries. It features an extensive frequency response range of 0.05–150 Hz (±3 dB) with selectable sensitivities of 1.25, 2.5, 5, 10, and 20 mm/mV (±2%), allowing flexible adjustment based on patient condition. To ensure noise-free waveform quality, the KAA-601G incorporates advanced filters including EMG (25/35/45/75/100 Hz), AC (50/60 Hz), and baseline drift filters (0.5 Hz). Combined with a CMRR ≥100 dB under AC filter, the system ensures high stability and clear ECG trace output even in electrically noisy environments.
For data storage and connectivity, the system supports an external USB card for up to 1000 ECG reports, RS232 interface, and USB-based software upgrades for long-term adaptability. Powered by an 11.1V 1800mAh Li-poly rechargeable battery, it offers dependable backup and AC/DC operation (220V±10%, 50Hz±2%, 75VA). Despite its rich feature set, the machine remains highly portable with compact dimensions (28.5 × 20 × 5.5 cm) and a lightweight body of 2.25 kg. The combination of touchscreen usability, auto-interpretation capability, advanced filtering, and reliable power backup makes the KAA-601G a powerful and essential solution for efficient, accurate ECG diagnostics in modern healthcare environments.