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How Does Lepulse BlA Technology Work?

Lepulse BIA technology redefines body composition analysis. By using sophisticated electrical currents, it delivers precise insights into your body’s fat, muscle, and water distribution. Discover how this cutting-edge technology works to help you unlock your full potential.

Bioelectrical Impedance Analysis

When a customer steps onto a Lepulse Body Analyzer, it independently measures and analyzes five key segments of the body: the left arm, right arm, trunk, left leg, and right leg. This segmental analysis of body impedance allows for precise identification of fat and muscle distribution, enabling you to tailor your workouts more effectively and achieve your desired body composition with less effort.

what is bioelectrical impedance analysis?

Bioelectrical impedance analysis (BIA) is a method for measuring body composition, including muscle mass, body fat, and total body water. Alternating low and high-frequency electrical currents are sent through the water in the body via contact with electrodes to measure impedance.

 

The impedance is used to determine total body water (TBW), which can then be used to derive your fat-free mass—the portion of your body that does not contain fat, including your muscle and bone—and finally, body fat.

Multiple Frequencies

Lepulse uses multiple currents at varying frequencies to provide precise body water analysis.

8-Point Tactile Electrode System

When measuring impedance with electrodes contact resistance occurs. Lepulse accounts for contact resistance with strategically placec electrodes to ensure that measurements are accurate and reproducible.

5 Segmental Measurements

Lepulse measures each of the body’s five cylinders (left arm, right arm, torso, left leg, and right leg) to deliver accurate and detailed results.

No Empirical Estimations

lepusle measures your impedance independently, so your results are not affected by your age, sex, ethnicity, athleticism, or body shape.

Dual frequency BIA technology

Other BIA Devices

The ability to distinguish between extracellular water and total body water is crucial for accurately identifying body composition. Many BIA devices use a single 50 kHz frequency to measure impedance, which cannot fully penetrate the human cells, leading to inaccurate measurements of total body water. As a result, body composition data provided by such devices is often unreliable.

Lepulse Body Analyzer

Lepulse employs a blend of low and high frequencies to precisely measure extracellular, intracellular, and total body water. By utilizing multiple frequencies, Lepulse body analyzer devices ensure exceptional accuracy. Fitness professionals can rely on lepulse for accurate assessments of body composition and fluid balance.

8-Point Tactile Electrode System

Other BIA Devices

Many BIA devices lack thumb or hand electrodes, relying only on the four electrodes on the weighing surface. This design may result in measurements starting from your legs, only assessing impedance in the lower body, which can reduce the reliability of the results.

 

 

Lepulse Body Analyzer

Lepulse has designed a handheld device with four electrodes based on human biology. When the subject grips the handle, the current flows from the palm electrodes, generating electrical energy or voltage at the thumb electrodes. This forms a current loop with the four electrodes on the soles of the feet, allowing for the measurement of total body impedance and ensuring highly reliable results.

Direct Segmental Multi-Frequency Bioelectrical Impedance Analysis

Other BIA Devices

Traditional BIA views the human body as one cylinder. However, the short length and large cross-sectional area of the torso mean that even a minor measurement mistake can lead to substantial error. For the most accurate results, BIA devices should measure the torso separately.

 

 

Lepulse Body Analyzer

Direct segmental measurement bioelectrical impedance analysis regards the human body as five cylinders: left arm, right arm, torso, left leg, and right leg. Lepulse independently measures each cylinder to provide accurate measurements for the entire body.

No Empirical Estimations

Other BIA Devices

Many BIA devices use empirical equations to compensate for technological flaws, including the lack of torso impedance (due to whole-body impedance measurement), single frequency measurements (which are unable to differentiate between water compartments), and lack of reproducibility (from electrode placement or positioning). These empirical equations utilize data, such as age, sex, and ethnicity, to calculate body composition based on common trends rather than relying solely on the individual’s actual body composition.

 

 

Lepulse Body Analyzer

Lepulse measures body composition without relying on empirical assumptions based on age, sex, ethnicity, or body shape, producing accurate and precise results validated to gold standard methods. Simply put, Lepulse provides individualized feedback for progress tracking to help you achieve your goals.

Technology You Can Trust

VIEW VALIDATION STUDIES

Our advanced BIA technology has been validated in over 4,900 clinical studies worldwide and proven amongst the most accurate. Compared to DEXA, Lepulse has a high correlation to the Gold Standard method for Fat-Free Mass and Body Fat Percentage in an ambulatory population.

“Given the high level of agreement to DXA across BMI categories in estimating FFM and fat mass, S-MFBIA allows providers to further risk stratify patients and develop treatment plans.”

Technology You Can Trust

VIEW VALIDATION STUDIES

Our advanced BIA technology has been validated in over 4,900 clinical studies worldwide and proven amongst the most accurate. Compared to DEXA, InBody has a high correlation to the Gold Standard method for Fat-Free Mass and Body Fat Percentage in an ambulatory population.

“Given the high level of agreement to DXA across BMI categories in estimating FFM and fat mass, S-MFBIA allows providers to further risk stratify patients and develop treatment plans.”

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Technology You Can Trust