Body Mass Analyzer Manufacturer Supplier
A body mass analyzer determines body composition by sending a low‑level alternating current through the torso and measuring the resulting impedance. Multi‑frequency bioelectrical impedance analysis
Inquire NowBody Mass Analyzer: Manufacturer and Supplier Overview
Overview
A body mass analyzer determines body composition by sending a low‑level alternating current through the torso and measuring the resulting impedance. Multi‑frequency bioelectrical impedance analysis (MF‑BIA) separates extracellular water, intracellular water, and fat mass, providing segmental results for arms, legs, and trunk.
The technique is non‑invasive, requires only surface electrodes, and delivers results in under 30 seconds. Accuracy depends on electrode placement, subject hydration, and the algorithm used to convert impedance to composition values.
Key Technical Parameters
| Parameter | Typical Value | Notes |
|---|---|---|
| Measurement range (fat mass) | 2 % – 60 % | Dependent on subject BMI |
| Impedance measurement frequency | 5 kHz, 50 kHz, 250 kHz | Multi‑frequency enables water compartment separation |
| Resolution (weight) | 0.1 kg | Displayed to one decimal place |
| Power consumption | < 2 W (standby < 0.5 W) | USB‑C or mains adapter |
| Operating temperature | 10 °C – 40 °C | Relative humidity 10 % – 90 % non‑condensing |
| Dimensions (W×D×H) | 340 mm × 300 mm × 110 mm | Includes foot electrodes and hand grips |
| Weight | 4.2 kg | Portable with carrying handle |
Applications
- Clinical nutrition assessment where segmental fluid shifts guide dialysis or heart‑failure management.
- Sports science laboratories tracking training‑induced changes in muscle mass and fat distribution.
- Corporate wellness programs requiring rapid, repeatable body‑composition screening for large employee cohorts.
- Research studies investigating the impact of nutrition interventions on visceral adipose tissue.
The device’s segmental capability provides localized data that scales with limb circumference, making it suitable for populations with asymmetrical fluid retention, a scenario where whole‑body only methods lose sensitivity.
Design and Construction
The housing is constructed from ABS‑PC blend with a UL‑94 V‑0 flame rating, providing impact resistance while keeping the unit lightweight. Electrodes are stainless‑steel 316L with a low‑contact‑resistance coating to reduce skin impedance variance.
Internal circuitry uses a 24‑bit analog‑to‑digital converter sampling at 1 kS/s per channel, enabling precise phase‑sensitive detection of impedance across the selected frequencies. A built‑in temperature sensor compensates for ambient drift in the measurement bridge.
Firmware stores calibration coefficients in non‑volatile memory and allows field verification via a reference resistor network accessed through the service port.
Quality Assurance
Each unit undergoes a three‑point impedance verification using precision resistors traceable to national standards. The acceptance criterion is ±0.5 % of the nominal value at each test frequency.
Software algorithms are validated against dual‑energy X‑ray absorptiometry (DXA) reference data collected from a diverse cohort (age 18‑70, BMI 18‑35). Regression coefficients are locked before shipment; any firmware update requires re‑validation.
Final inspection includes a visual check of electrode integrity, LCD readability, and tactile feedback of the start button. Units are packaged with anti‑static foam and a desiccant packet to protect electronics during transit.
Customization Options
- Alternative electrode configurations (hand‑only, foot‑only, or wearable straps) for specific population studies.
- Custom firmware packages that export data in HL7, CSV, or JSON formats via USB or Bluetooth LE.
- Logo laser‑etched on the enclosure and custom color‑matched housing (Pantone codes available on request).
- Extended temperature range option (−10 °C to 50 °C) for field‑use in environmental chambers.
Customization requests are evaluated for impact on measurement accuracy; any change that alters the electrode geometry requires a new validation protocol before release.
Frequently Asked Questions
Can the measurement range be adjusted for pediatric subjects?
The hardware supports impedances corresponding to fat mass as low as 1 % and as high as 75 %; however, the standard algorithm is optimized for adult physiology. Pediatric‑specific equations are available as a firmware option.
What information is required before a quotation?
Required details include intended application (clinical, research, wellness), electrode configuration, desired output format, and any regulatory certifications needed (e.g., FDA 510(k), CE marking).
How is quality inspected?
Every unit receives impedance verification, software checksum validation, and a functional test simulating a full measurement cycle. Documentation of test data is supplied with each shipment.
What packaging methods are available?
Standard packaging is a single‑wall corrugated box with interior foam inserts. For export, double‑wall cartons with moisture‑barrier lining and shock‑absorbing corners can be arranged.
Contact for Inquiry
To discuss technical specifications, customization, or request a formal quotation, please use the inquiry form linked below. Our engineering team will respond within one business day.
Send Inquiry