BV-520P+ Blood Flow Detection Instrument

A full-function vascular physiology detection device combining Doppler ultrasound technology with photoplethysmography (PPG) for arterial and tibial blood pressure measurements. The system integrates international standard protocols for accurate ABI and TBI assessment in peripheral artery disease evaluation.

Ultrasonic Doppler system for peripheral vascular blood flow velocity detection. Used for diagnosis and assessment of peripheral vascular disease.

A vascular doppler detector with enhanced specifications for portable peripheral vascular disease detection. Designed for non-invasive assessment of vascular blood flow.

A vascular doppler detector with enhanced specifications for vascular assessment. Features bidirectional flow detection for non-invasive peripheral vascular examination.

Ultrasonic Doppler peripheral blood flow velocity detection system with advanced microcomputer control. Designed for rapid and accurate assessment of peripheral vascular conditions.

An ultrasonic Doppler peripheral blood flow velocity detection system designed for chronic disease screening and rapid assessment of vascular conditions.

A vascular doppler detector for comprehensive peripheral vascular disease detection and assessment. Provides non-invasive evaluation of vascular blood flow.

A vascular doppler detection device for peripheral vascular disease assessment. Designed for non-invasive examination and diagnosis of vascular blood flow conditions.

Ultrasonic Doppler device with unidirectional flow detection capability. Used for assessing blood flow direction in peripheral vascular examination.

The BV-520 is an ultrasonic Doppler vascular detector designed for non-invasive assessment of peripheral blood flow velocity. It utilizes Doppler principles to detect and measure blood flow in vessels, supporting clinical applications in vascular assessment, surgery, and emergency medicine. The device features microprocessor-controlled technology for reliable real-time hemodynamic monitoring.

An enhanced bidirectional vascular doppler detector with advanced features for vascular assessment. Used for non-invasive examination of peripheral blood flow.

Advanced optical imaging system for subcutaneous capillary circulation detection. Analyzes color and light calibration to eliminate interference from cosmetics and environmental factors. Provides precise peripheral cardiac output measurements.