The Charder MA601 is the most sophisticated body composition analyser available through Care Supplies, using triple-frequency bioelectrical impedance analysis (BIA) to deliver over 40 body health readings per assessment, including advanced metrics unavailable on single-frequency BIA scales. Triple-frequency BIA applies three different electrical frequencies to differentiate intra- and extracellular water compartments and muscle tissue types with greater precision than single-frequency systems, producing body composition data that more closely approaches DEXA-standard accuracy for clinical research, sports science and specialist weight management applications.
Individual user logins and historical data comparison enable longitudinal tracking that supports both individual goal progression and clinical outcome monitoring over time, distinguishing the MA601 from single-assessment body composition tools.
| Specification | Detail |
|---|---|
| Capacity | 300kg |
| Graduations | 100g |
| BIA Technology | Triple-frequency for enhanced accuracy |
| Total Readings | Over 40 body health and composition metrics |
| Key Metrics | ICW, ECW, TBW, SLM, FFM, Body Fat %, Skeletal Muscle, Visceral Fat, BMI, BMR, Protein Mass, Body Balance, Muscle Quality, Body Type |
| Printer | Included as standard |
| User Management | Individual logins, historical comparison |
Triple-frequency BIA applies 3 frequencies (typically 5kHz, 50kHz and 250kHz) to the body simultaneously, with each frequency penetrating different tissue types and water compartments at different depths. The combined data from three frequencies allows the MA601 to separately quantify Intracellular Water and Extracellular Water, a distinction that single-frequency BIA cannot make reliably, and that is clinically relevant in settings including renal medicine (where ECW/TBW ratio is a hydration marker), oncology (where changes in ICW reflect cellular response to treatment) and sports science (where muscle cell volume is a performance indicator). The individual user login system enables body composition data to be tracked over months or years, creating a longitudinal record that supports NHS weight management programme outcomes monitoring and sports science performance tracking.
What is the clinical significance of measuring Intracellular and Extracellular Water separately?
Total Body Water alone does not reveal how water is distributed between cells (intracellular) and surrounding fluid (extracellular). The ratio of ECW to TBW is a clinically relevant hydration marker: a high ECW/TBW ratio indicates oedema or inflammation, which is relevant to renal medicine, cardiology and post-surgical monitoring. In sports science, a high intracellular water percentage relative to body weight indicates good cellular hydration and muscle function. Single-frequency BIA scales measure total body water but cannot reliably separate ICW and ECW; triple-frequency BIA in the MA601 provides both values with sufficient precision for clinical trend monitoring.
In what settings is the MA601 specified over the MBF-6010, and when does the MBF-6010 suffice?
The MBF-6010 provides seven body composition metrics including the core clinical measurements (BMR, TBW, FFM, FM, Body Fat %, Weight, BMI) and is Class III and MDR Approved for NHS clinical use. It is the appropriate specification for NHS outpatient weight management, hospital physiotherapy and pharmacy settings requiring reliable body composition data for clinical monitoring. The MA601's additional 30+ metrics, triple-frequency accuracy and historical user tracking make it the specification for specialist weight management clinics, sports science and performance centres, clinical research environments, and settings where the advanced metrics (ECW/ICW, Visceral Fat Level, Skeletal Muscle, Muscle Quality) are specific clinical or performance monitoring requirements.
Part of our professional Medical Scales and Measuring range. Professional gym and slimming scales deliver accurate body weight measurement for health and wellness monitoring in care and clinical settings.