There are some main styles of body fat monitors on the market today—scales, handheld devices, and Dual-Energy X-ray Absorptiometry (DXA) and skinfold calipers. Estimating body fat percentage with skinfold calipers is affordable and relatively simple once you know how to do it. However, the accuracy depends on the skill of the person performing the assessment. DXA is more accurate than many other methods of assessing body fat percentage. However, it’s often unavailable to the general population, fairly expensive and not feasible for regular testing. BIA devices work by sending small electrical currents through your body to see how easily they travel through your tissues. Many different devices are available, although advanced devices produce more accurate results.
Unique Bodivista System
Independent developed bodivista system, manage your model intelligently through computer. bodivis' optional cloud database management system enables customers history data be viewed and managed anytime.
30 Seconds Test
Quickly measure fat mass, muscle mass, and body water in less than a minute. No dunking. No pinching. No discomfort. Simply stand on the device and hold the hand electrodes.
5 Factors Consideration
Scientifically take all 5 factors as age, gender, height, weight, and impedance into consideration. No more misleading to our valued customers.
The accuracy is very high and don’t change arbitrary if you measure your weight twice in a row like other cheap scales. The data provided by the app is very close to what I see during my visits to my fitness doctor.
Human body consists of water,protein,fat and minerals. These elements exist in a certain ratio, which is balanced in healthy people, and it can ba valued by fat monitor machine . Bodivis body composition analyzer precisely tests out the unbanced indexes,which can be used as an indicator for many diseases as obesity, metabolic disorder, mulnutrition, etc.
·Fat monitor machine for precise obesity analysis and quick health assessment
·Fat monitor machine can predict the risk of chronic diseases
·Fat monitor machine can make plans for physical exercise and scheme for weight cntro
·Evaluate the progress and achievement of weight control
·Fat monitor machine can provide basic data for proper diet plan
A body fat analyzer works by sending a tiny electronic impulse throughout the target area of your body. It gives you a rough idea of your body's composition. Based on how quickly the signals travel, the machine will be able to tell the percentage of fat present. The slower it travels, the higher the fat content.
Body composition machine is easy to use, what you need to do is just step on BCA 1A and body fat tester machine will measure both your weight and your estimated percentage of fat. The sensor uses bioelectrical impedance to help carry out the test. When you step on the scale, a small electric current passes through your legs and your pelvis, measuring the resistance of body fat.
Body fat checker machine's sensor then measures the level of resistance encountered as the current passes through your other leg. Depending on the type of body composition machine you have, this information can be linked to your smartphone or smartwatch, as well as to fitness apps. As a rule of thumb, the stronger the body's resistance, the higher the percentage of fat. This is because fat contains less water than muscle, so it is more difficult to flow through fat.
The design of many BIA devices are such that impedance is measured for a certain section of the body, and the results of that section are used to estimate the remaining sections of the body. Before choosing a BIA device, you should know what exactly your device is measuring and what it is estimating.
Home scales that use BIA technology to determine body composition operate by sending currents up one leg and down the other. Impedance is only actually measured for the legs. In order to calculate the upper body, the device will make assumptions about the composition of your body based on the composition of your legs (and if using age and gender data, adjusting for those as well).
Handheld BIA devices only measure impedance in the arms and upper body. Similar to how the legs are measured, these types of BIA devices will estimate the lower half of the body with the results from the upper body.
Other devices that use the “Whole Body” impedance use a method that is somewhat misleading. Unlike scales and handheld devices, the current does travel through the entire body in the sense that it travels from through both the upper and lower body. However, “Whole Body” impedance devices do not actually directly measure the entire body. Typically, “Whole Body” impedance devices get most of their measurement data from the arm and leg that the electrodes are placed on. Just like handhelds and scales, these devices must estimate results for the rest of the body.
Finally, there are devices that use Direct Segmental Multifrequency-BIA technology (DSM-BIA). These devices programmed in such a way that they analyze your body in five distinct sections – the two arms, the two legs, and the torso, which is as bodivis body composition analyzers do.
Each of these sections is analyzed independently, and from these, a measurement for the entire body is produced. This is similar to how DEXA machines operate, and when compared against DEXA results, DSM-BIA technology was found to be accurate. In comparison to other BIA methods, DSM-BIA offers results that are based on direct measurements, without using estimations to compensate for the areas that were not directly measured.
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