Impedance meters

Medical impedance analysers for body composition analysis: body fat, muscle mass and hydration. Useful for monitoring patients’ nutritional, metabolic and cardiovascular health.

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Balance Impédancemètre Omron BF 212

Reference : ROBE0031 Quick and easy body composition analysis at home.

41,94 £ excl. tax i.e. £41.94 incl. tax

Ships in 2-3 weeks

Full body composition monitor BF-511

Reference : ROBE0032 Body composition analyzer, from 6 years old.

91,68 £ excl. tax i.e. £91.68 incl. tax

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Impédancemètre Connecté Omron Viva

Reference : ROBE0039 Smart body composition monitor for precise health tracking at home

98,08 £ excl. tax i.e. £98.08 incl. tax

Ships in 2-3 weeks

Medical Bioimpedance Analysers – Body Composition Analysis

The medical bioimpedance analyser uses electrical bioimpedance to analyse body composition – fat mass, muscle mass, bone mass and total body water – in a matter of seconds in a completely non-invasive manner. This tool usefully complements simple weight measurement in the patient’s nutritional, metabolic and cardiovascular assessment.

Principle and accuracy of bioimpedance analysis

Bioimpedance is based on the property of different body compartments to conduct low-intensity electrical current differently. Hydrated muscle mass conducts electricity well (low impedance), whilst fat mass, which is poorly hydrated, resists the flow of current (high impedance). By measuring this impedance at different frequencies, algorithms calculate the various body compartments with sufficient accuracy for the longitudinal monitoring of patients.

Clinical applications of bioimpedance analysis

In internal medicine and cardiology, the impedance meter is used to assess hydration status (fluid overload, dehydration), monitor muscle mass in sarcopenia and malnutrition, and track body composition during dieting or physical activity. Our professional impedance meters incorporate reference databases by age, sex and ethnicity for a contextual interpretation of results. Available in bipod, quadripod or multisite models for different levels of accuracy.