Human Body Composition Analyzer: Accurate Measurement, Scientific Health Management

Article provenance:admin │ Website editor:admin │ Update time:2024-11-08

In modern society, as people pay more and more attention to health, it is particularly important to accurately measure and monitor various body indicators. The SH-V9F intelligent body fat meter launched by Shanghe Electronic Technology Co., Ltd. has become a shining star in the field of health management with its high precision, multi-function and intelligent interconnection.
The SH-V9F intelligent body fat meter integrates high-precision millimeter wave sensors, 500kg ultra-large weight sensors and 8-point contact electrodes, which can accurately measure height, weight, body mass index (BMI), body shape and body fat and other key health indicators. Its environmental adaptive automatic compensation function ensures the stability and rapidity of the measurement results, and can maintain the accuracy of the measurement regardless of changes in environmental factors such as light and temperature. The height measurement range of this meter is 20-210cm, with an accuracy of ±0.5cm; the weight measurement range is 2.0-500kg, with an accuracy of ±0.1kg, which meets the needs of a wide range of people.
In addition to basic height and weight measurements, SH-V9F also integrates the measurement functions of more than ten health indicators such as body fat percentage, body water content, body muscle mass, protein, basal metabolism, etc. These functions are realized through 8-electrode bioelectric impedance technology (BIA), which is safe, fast, simple and accurate, and can sensitively respond to various health parameters of the human body. Medical staff, fitness coaches, etc. can provide users with professional health analysis and suggestions based on these data, and formulate reasonable diet and exercise plans.
SH-V9F intelligent body fat meter also performs well in intelligence. The 10.2-inch high-definition LCD color touch screen equipped with the body, combined with the Android smart operating system, makes the operation simple and fast. Intelligent voice and animation prompts guide users to easily complete the measurement, and the display screen also supports the playback of promotional videos and pictures, which enhances the user experience. The measurement results support thermal intelligent printing, which is convenient for users to view and save at any time.
More importantly, SH-V9F supports multiple communication methods (including serial port, Bluetooth, WiFi, 3G/4G cloud transmission, etc.), and can upload measurement data to computers, APPs, servers, and third-party systems such as HIS/IS in real time to achieve seamless data connection and sharing. This provides users with comprehensive health screening, historical query, and big data statistical analysis management services to help users better understand their physical condition and develop scientific health plans.
SH-V9F intelligent body fat measuring instrument is widely used in hospitals, physical examination centers, special institutions, nutrition departments, schools, gyms and other places. Through regular measurement and long-term management, users can monitor and evaluate the balance of human body fat and prevent the occurrence of metabolic diseases. At the same time, by monitoring visceral fat information, chronic diseases such as diabetes and cardiovascular disease can be effectively prevented, and the overall health level can be improved.
In product design, Shanghe also pays attention to user experience. SH-V9F adopts ergonomic design, the handle electrode feels excellent, and the base is stable and safe. During the measurement process, users only need to follow the prompts to easily complete the measurement without cumbersome steps. The measurement results are presented to users in a clear and intuitive manner, including time, date, age, gender, body age, health score, weight, height, BMI, body shape, fat mass, body water content and other indicators to help users fully understand their physical condition.
TOP