Pulse Analyzer V2.0

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 luxurious 3-dimensional blood pressure pulse analyzer featuring a 3-axis robot and array pressure sensor for precise applanation measurement. It provides 3-dimensional pulse image analysis, cardiovascular parameters through pulse wave analysis, and includes a 6-position measurement function for traditional medicine. The device uses radial tonometry method with USB communication to PC and measures pulse pressure (30~250gf) and pulse beat (40~200bpm) with high reproducibility and ability to compare before and after treatment results.

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.

Diagnostic device that captures and analyzes three-dimensional pulse imagery using advanced sensor technology. Provides comprehensive cardiovascular assessment through non-invasive pulse wave analysis and visualization of vascular characteristics.

TCM meridian detector for traditional Chinese medicine diagnostics integrating modern imaging with meridian system assessment. Provides objective diagnostic data and treatment recommendations aligned with TCM theory, supporting clinical decision-making in primary care and specialist settings.

Specialized pulse measurement device designed for traditional medicine diagnostics with six-position measurement functionality. Standardized according to international standards for traditional medicine pulse assessment.

A Traditional Chinese Medicine four-diagnosis instrument that integrates traditional Chinese medical diagnostic principles with modern intelligent technology, incorporating clinical experience from over 100 Chinese medicine experts. The system provides intelligent TCM questioning guidance, assisted diagnosis, and smart prescription recommendations by combining symptom data with tongue, face, palm, and pulse image information collected by intelligent four-diagnosis devices.

Diagnostic device for detecting and analyzing meridian energy patterns in traditional Chinese medicine framework. Provides objective measurements of meridian system function.

A diagnostic device designed to support syndrome differentiation and diagnosis in traditional Chinese medicine clinical practice. The system collects and analyzes patient health data to provide comprehensive health assessments and diagnostic recommendations for Chinese medicine practitioners. It facilitates face diagnosis and other traditional diagnostic methods through digital technology integration.

Diagnostic system for detecting and assessing traditional Chinese medicine meridians and energy flow using advanced sensing technology.

An AI-powered diagnostic tool for traditional Chinese medicine tongue analysis providing objective assessment of patient health status. The system captures and analyzes tongue imagery to generate health evaluation reports.

TCM Four Diagnostic Instrument provides non-invasive assessment of patient health status based on Traditional Chinese Medicine diagnostic principles including inspection, auscultation, inquiry, and palpation. The device integrates TCM diagnostic methodology for clinical evaluation and patient stratification in healthcare settings.