Eight-Electrode Body Fat Scale (Pro Model) | Taiwan 3ZeBra 3Body Pro

An essential body fat scale for fitness enthusiasts, it offers 51 indicators including body fat, muscle mass, protein, and cellular water, meeting the data needs of fitness enthusiasts. Unlike ordinary body fat scales that use four-point electrode conduction, the 3Body Pro uses eight-point electrode conduction, allowing for segmented measurements of the upper and lower body to obtain more precise body data, preventing incorrect fitness plans due to erroneous data.

After obtaining the data, the 3Body Pro performs a body analysis for the user, indicating their body type and providing suggestions for improvement, giving them clear goals. Ordinary body fat scales typically use only 4 conductive pads, which can easily lead to data errors due to positional deviations. However, the entire ITO panel of the 3Body Pro is conductive, minimizing errors.

Product Features:

． Eight-point electrode conduction for more accurate segmented upper and lower body measurements

． 51 comprehensive indicator tests, providing data explanations and personalized recommendations

． Dedicated APP automatically stores historical records, with clear data presentation in line graphs

． 3.5-inch large LCD screen for instant data display without needing the APP

． ITO large-area panel, increasing conductive range and enhancing aesthetic appeal

． 6 mm explosion-proof tempered glass, reinforced load-bearing strength

． Allows adding multiple phones to share the body fat scale, protecting personal data privacy

． One main account must be opened first - subsequent accounts require approval from the main account to be used: A maximum of 4 accounts can be opened thereafter, so a total of 50 members can use it.

． Type-C rechargeable design, immediate use without worrying about dead batteries

． WIFI connection automatically syncs with the latest APP version, keeping it always up-to-date

▍ How does a body fat scale obtain its measurements?

It uses dual-frequency measurement technology, where high frequencies detect intracellular fluid and low frequencies measure extracellular fluid. Through varying electrical impedances—tissues rich in water have relatively lower resistance—the body's water content is determined, from which other body values can be inferred.