BPL Cardiart 6208 View 3- Channel ECG Machine
BPL Cardiart 6208
BPL Cardiart 6208 View 3-Channel ECG Machine measures ECG readings with built-in ECG parameters while simultaneously acquiring 12 leads.
Table of Contents
BPL Cardiart 6208 view 3- channel ECG system with color LCD screen that displays clear output. Cardiart 6208 View/ plus measures and interprets ECG readings with built-in ECG parameters while simultaneously acquiring 12 leads.
Product Specification
| Brand | BPL |
| Model | Cardiart 6208 |
| Country of Origin | India |
| Lead Selection | Automatic |
| Number of Channels | 3 |
| Application | Home, Hospital, Clinical |
| Acquisition mode | Simultaneous 12 lead acquisition |
| Input Circuit | Floating input circuit, protection from defibrillation and pace maker |
| Power | Electric: 1000-1500 W, 1500-2000 W |
| Weight | 10-15kg15-20kg |
| Dimensions | 300mm x 260mm x 75mm |
| Display | 192 x 64 pixels LCD (Narrow Screen) |
BPL Cardiart 6208 Features
- Arrhythmia detection in auto mode and simultaneous 3-channel ECG recording with 12 lead simultaneous acquisition.
- Large color LCD display with ECG preview and patient information entry preview
- Internal memory that can hold up to 200 ECGs
- The device’s compact size and lightweight (only 2.5 kg) ensure portability.
- Designed for safe operation on both power lines and batteries.
- High-performance Li-ion rechargeable battery allows for stand-alone operation and battery use after charging.
- With automatic baseline correction, it removes interference from power lines, muscle tremors, and so on.
- Allows ECG recordings to be stored and transferred from an ECG machine to a PC.
- Data transfer to a PC via an Ethernet port, as well as pacemaker detection (Optional).
- Allows for the transfer of ECGs from the device to a USB drive in PDF format.
“Related: Siemens Acuson S2000; Specifications and measurements“
BPL 6208 price
Original BPL Cardiart 6208 View 3- Channel ECG Machine prices range from $ 550 to $712 .
BPL Cardiart 6208 is specially designed for safe use to accurately record the electrical signals in your heart.