Charder's MA801 - Professional Multi-measurement Analyzer


Charder's MA801 - Professional Multi-measurement Analyzer

We apply the latest artificial neural network on bio-electrical impedance analysis to assess the body composition.
In addition to providing body composition information for general medical research, we incorporate the latest technology BIVA(bio-impedance vector analysis) that is widely used in clinical and disease trend analysis. Our measurement items have been validated by clinical trials to provide subjects with more accurate and more valuable body composition measurement results.

Multiple-Frequency Bioimpedance Analysis

Multiple-Frequency Bioimpedance Analysis

Charder uses multiple frequency BIA technique to measure and analyze biological tissues which gives the most detailed and unique analysis results in the market. It is a wide spectrum of utilization of the result in the area of disease prognosis and monitoring of human vital status.

Eight electrodes Bioelectrical Impedance Analysis

Eight electrodes Bioelectrical Impedance Analysis

A low level, imperceptible electrical current is sent through the body. The flow of the current is affected by the amount of water in the body. The device measures how this signal is impeded through different types of tissue. Through Charder unique electrodes design, we can guarantee the accuracy and repeatability.

Abdominal Fat Analysis

Abdominal Fat Analysis

As BIA determines the resistance to flow of the current as it passes through abdominal area, it provides estimates of visceral fat and subcutaneous fat from which body fat is calculated using our unique analysis model.

BIVA Analysis Technology

BIVA Analysis Technology

The bioelectric impedance vector analysis method (BIVA) is a novel approach to estimate the hydration status using height indexed resistance and reactance data (R-Xc graph) from bioimpedance measurements. BIVA represent a valuable, low-cost, non-invasive, objective, and rapid tool to complement the clinical evaluation and follow-up of the patient through detection of body composition changes, muscle and nutritional status of these patients. BIVA provides additional prognostic information about mortality from all causes.