AM203

A vascular imaging device with 3D color display of blood vessel depth. Features a six-degree-of-freedom structural design for flexible operation and includes a case management system for data backup. The device uses advanced vascular processing algorithms and high-definition microvascular imaging to assist medical staff in real-time localization of superficial blood vessels in patients, improving first-attempt puncture success rates and patient satisfaction.

A specialized camera system for real-time visualization and observation of blood vessels during medical procedures and clinical examinations. Enables detailed vascular imaging for diagnostic and interventional purposes.

A vascular imaging device with 3D color display of blood vessel depth. Features a six-degree-of-freedom structural design for flexible operation and includes a case management system for data backup. The device uses advanced vascular processing algorithms and high-definition microvascular imaging to assist medical staff in real-time localization of superficial blood vessels in patients, improving first-attempt puncture success rates and patient satisfaction.

Advanced vascular visualization device utilizing deep neural network image processing technology for real-time vascular mapping. Provides high-resolution imaging for clinical vascular assessment and procedural guidance.

Multi-sensor array system for detecting and locating blood vessels with high reproducibility. Provides detailed vascular mapping and pressure distribution analysis for cardiovascular assessment.

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.

Specialized system for vascular and blood vessel assessment with Doppler capabilities. Enables arterial and venous flow evaluation.

A professional 3-dimensional blood pressure pulse analyzer equipped with a 3-axis robot system and array pressure sensor for precise radial tonometry measurements. The device provides objective pulse image analysis, cardiovascular parameters through pulse wave analysis, and comparison of measurements before and after treatment. It features automated positioning with 6-position measurement capability for traditional medicine applications and operates via USB connection to a PC.

A non-invasive hemodynamic parameter measurement system that uses radial tonometry method with a mini precise robot and array pressure sensor for cardiovascular and 3-dimensional pulse image analysis. It provides high reproducibility vessel location identification, objective pulse information through 3D pulse image analysis, and pulse wave analysis data on heart rate abnormalities, vascular elasticity, and age-related parameters. The device measures both left and right radial arteries and includes before/after treatment comparison functionality.

Advanced Doppler blood flow detector providing real-time velocity and amplitude measurements for peripheral vascular assessment. Features LCD display with dual-directional waveform and thermal printer output.

Portable Doppler blood flow detection system for arterial and venous vascular evaluation. Enables non-invasive assessment of blood flow patterns in vascular surgery and peripheral vascular disease screening.

Integrated diagnostic system for assessing cerebrovascular and aortic function parameters. Supports comprehensive vascular disease monitoring and cardiovascular health evaluation.