Direct Segmental Multi-frequency Bioelectrical Impedance Body Composition Analysis

The human body is composed of five cylinders : the arms ,the legs and the trunk . With the technology of the BS-BCA5 body composition analyzer, the trunk is directly measured . The trunk is occupied by various internal orans and its metabolic characteristics are different from the other parts of the body. Although difficult ,it is important to precisely and directly measure the trunk ,since the trunk has very low resistance compared to the arms and legs. 

Segmental analysis offers an in-depth analysis of lean body mass distribution in five body segments ,which enhances the ability to prescribe effective diet and exercise programs . Segmental analysis also allows professionals to gauge the effectiveness of prescribed exercises. For example ,workouts focusing on arms ,legs ,or trunk can be proven effective by providing composition analysis of those areas over time .

body composition scanning machines

• Total skeletal muscle mass
• Total body fat in kilograms
• Total body fat percentage
• Visceral fat
• Total body water
• Segmental muscle and fat analysis
• Bone mineral content
• Basal metabolic rate

Features

• 2 frequencies and 8 points testing on 6 channels through different segments
• Huge healthy samples based on scientific research result
• Built-in thermal printer to record analysis report
• Big scale colorful touch screen control panel
• Widely adopted in sports center and wellness spa
• The analysis process is simple, fast and safe

The BS-BCA5 model is based on the latest Segmental Dual Frequency Bioelectrical Impedance Analysis Method, DSM-BIA, which analyzes human body composition including fat, weight, BMI (Body Mass Index), none-fat and other health indicators through multi-frequency bio-electrical impedance analyssis method. It calculates by the built-in high performance computer, and gives out instruction upon the analysis result for testers’ reference as plans to lose weight.

Bio-electrical impedance analysis is performed simultaneously through both handheld monitors and scale-base electrodes . This multi-frequnency method allows for improved cellular penetration,superior accuracy and the ultimate in date collection.

Specification