
An advanced body composition analyzer uses multi‑frequency bioelectrical impedance analysis (MF‑BIA) to estimate fat mass, lean mass, total body water, and segmental distribution. The device sends
Inquire NowAn advanced body composition analyzer uses multi‑frequency bioelectrical impedance analysis (MF‑BIA) to estimate fat mass, lean mass, total body water, and segmental distribution. The device sends low‑amplitude alternating currents through the body via hand‑to‑foot or hand‑to‑hand electrodes and measures the resulting voltage drop.
MF‑BIA typically employs frequencies ranging from 5 kHz to 1 MHz. Low frequencies penetrate extracellular water, while higher frequencies pass through cell membranes, allowing estimation of intracellular and extracellular fluid compartments.
Segmental analysis is achieved by placing separate electrode pairs on each limb and the torso, providing impedance values for up to five body segments. This enables calculation of regional lean mass and fat mass, useful for identifying asymmetries or localized changes.
| Parameter | Typical Value / Range | Notes |
|---|---|---|
| Measurement Method | Multi‑frequency Bioelectrical Impedance Analysis | 5 kHz, 50 kHz, 250 kHz, 500 kHz, 1 MHz |
| Weight Capacity | 0–300 kg | Platform load cell accuracy ±0.1 kg |
| Body Fat % Range | 0–80 % | Typical repeatability ±1.5 % (SD) |
| Segmental Sites | Right Arm, Left Arm, Torso, Right Leg, Left Leg | Impedance measured per segment |
| Output Metrics | Fat Mass, Fat‑Free Mass, Skeletal Muscle Mass, Total Body Water, Visceral Fat Level, Basal Metabolic Rate | Derived from impedance equations |
Wholesale buyers can select electrode configurations (hand‑to‑foot, hand‑to‑hand, or full‑body pad arrays) to match the intended user population and measurement speed.
Software interfaces are available with optional API integration for exporting results to electronic health records, gym management systems, or cloud analytics platforms. Language packs and unit toggles (metric/imperial) can be pre‑configured.
Each unit undergoes a three‑point impedance verification using precision resistors traceable to national standards before shipment. This confirms that the measured resistance and reactance fall within ±0.5 % of the target values.
Bland‑Altman studies against dual‑energy X‑ray absorptiometry (DXA) typically show limits of agreement within ±2.5 % for fat‑mass percentage across a BMI range of 18–35 kg/m². Results are documented in the product’s technical dossier, which is available upon request.
Yes. The analyzer supports modular electrode kits; hand‑to‑foot cables can be swapped for hand‑to‑hand or segmental pad sets depending on the required measurement speed and subject mobility.
Please provide the desired quantity, preferred electrode configuration, any software customizations (API, language, reporting templates), and the destination port for freight calculation.
The device uses population‑specific predictive equations that can be adjusted via the software. Custom equations can be uploaded for ethnic‑specific or clinical cohorts, subject to validation by the end user.
Lead times vary with order size and customization level, but standard configurations usually ship within 4–6 weeks after receipt of purchase order and deposit.