A 3D body scanner is a tool used to measure and compare body sizes and compositions. The PayaTek 3D body scanner, PT 3Dfit, is considered the best and most accurate way to determine one’s fitness level, muscle mass, fat percentage, and other body composition indicators. It works like a 3D mirror, allowing you to evaluate your physique at any time and track changes over time. The data collected by this device can be used for various analyses.

The PayaTek 3D Body Scanner (PT_3DFit) is a cutting-edge device designed to accurately measure changes in body size and monitor health during workout or diet programs. It uses non-invasive 3D scanning technology to provide a detailed analysis of the body’s external surfaces. This device determines the volume, surface area, and density of the body’s anthropometric data, including length, circumference, and width, as well as the percentages of water, muscle, and body fat, by analyzing the three-dimensional model of the body. The PT_3DFit serves as a 3D mirror, allowing users to examine their body at any time and monitor changes over time. The fast and accurate analysis makes it an essential tool for anyone seeking to improve their health and fitness.

This device utilizes 3D body scanning technology to provide a complete 3D model of the body, enabling an accurate examination of changes in dimensions and sizes of different body parts such as waist circumference, hip circumference, abdominal circumference, and muscle size. It utilizes Time-of-Flight technology, which measures depth using light signals and poses no risk to users; therefore, anyone can use it in any condition without restrictions.

What is a 3D body scanner?

We’re able to provide accurate modeling of body dimensions and muscle volume using a variety of laser and optical scanners, by bringing 3D body scanning technology to the realm of fitness. This innovative approach allows us to offer unprecedented insights into the human body, enabling individuals to better understand their physical fitness and make informed decisions to improve their overall health.

Features of Payatek’s 3D body scanner, PT-3D Fit, include:

• 98% repeatability and reliability
• high accuracy in body size measurement 
• providing body health indicators such as metabolic age, BMR, TLR, and …
• fast scan, less than 40 seconds

Among the features that make Payatek’s 3D body scanner accurate and reliable are:

• 98% repeatability and reliability rate in consecutive tests
• Very high reliability in body composition analysis  
• More than 92% correlation of body composition calculation with DEXA gold standard
• Easy to move and reinstall
• More than 30 practical factors for specialists to consider when evaluating device output
• Fast scan, takes less than 40 seconds
• Global standards

Losing weight or Dieting with the help of 3D Body Scanner

There is no need for inaccurate manual measurements with the PT 3Dfit scanner. The device provides body dimensions and sizes quickly and with high accuracy. In addition, it provides specialists with ratios that cannot be measured manually, such as the percentage of body fat, water, metabolic rate, bone size, and other specialized information that is crucial in designing personalized diet and exercise plans.

The PT 3Dfit scanner provides a comprehensive report of the change process by comparing a person’s current condition with previous tests. This helps to increase motivation by enabling individuals to see their progress over time.

How does the 3D body scanner provide health parameters to the user?

The 3D body scanner operates by analyzing various factors such as height, age, weight, gender, and body dimensions. The main part of the analysis is obtained by using the density calculation formula and the ratio of mass to volume. Given that different substances have different volumetric masses; for example, the volumes of one kilogram of muscle and one kilogram of fat are different from each other. After years of trial and error using academic formulas and global references, as well as the use of artificial intelligence to bring the device output as close as possible to the DEXA test, PayaTek 3D scanner software is now more than 96% reliable.  Additionally, it presents the highest correlation level when compared to other body composition analysis methods.

What is the difference between a 3D body scanner and a body composition device?

BIA-based devices have limitations in providing information on body size and dimensions and are unable to extract anthropometric information. Furthermore, factors such as the examiner’s physical condition, hydration status, and presence of foreign objects in the body can significantly affect the device output. Pregnant women and people with implanted medical devices are also restricted from using the device. In contrast, a 3D body scanner offers a reliable and scientifically validated formula for calculating body fat percentage from the outset, with accurate measurements of body dimensions presented in the output.

 

The items that are provided to the user in the output of PayaTek PT-3D Fit 3D body scanner are:

• Body Fat Mass
• Body Muscle Mass
• Body Fat Percentage (BFP)
• Fat Free Mass (FFM)
• Body Mass Index (BMI)
• Basal Metabolic Rate (BMR
• Visceral Fat
• Waist to Hip Ratio (WHR)
• Total Body Water
• Basal metabolism
• A Body Shape Index (ABSI)
• Trunk to Leg Volume Ratio (TLR)
• Metabolic Age
• Fat control
• Muscle control
• Total daily energy
• Body size balance
• Waist-to-Hip cross-section and comparison with the previous test
• Comparison of the body environment with the previous test
• Body composition comparison graphs with the previous test
• Providing a 3D view of the body

 

The report of PT 3DFit | 3D Body Analyzer

Visceral Fat: PayaTek 3D Body scanner calculates visceral fat, which increases the risk of various health issues, including gastrointestinal cancers, cardiovascular disease, heart attack, stroke, type 2 diabetes, and fatty liver disease.

Trunk-to-Leg Ratio (TLR): This ratio can provide insight into an individual’s risk for diabetes and fatty liver disease. Identifying the shape and type of body is essential in understanding these risks.

Body Shape Index (ABSI): This indicator is a novel and comprehensive way to evaluate the risks of obesity. An ABSI above 1 dramatically increases the risk of death from obesity-related diseases.

Body Mass Index (BMI): BMI is a simple calculation that uses a person’s height and weight. It is a useful tool to assess whether a person’s weight is within a healthy range. A BMI of 25.0 or more is considered overweight, while the healthy range is 18.5 to 24.9. This measurement is applicable to most adults aged 18-65 years.

Total Body Water: Water is essential for survival, and its availability is crucial for joint, bone, and organ health. Water also plays a significant role in regulating body temperature and delivering nutrients to cells.

Waist-to-Hip Ratio (WHR): This ratio provides a quick evaluation of the fat distribution and can offer insight into a person’s general health. Higher levels of abdominal fat are associated with an increased risk of certain health issues.

Fat-Free Mass (FFM): FFM is the best predictor of energy expenditure in humans. It explains most of the variation in resting metabolic rate and even total metabolic rate under sedentary conditions.

Body Fat Mass: Men and women have different essential fat levels. For men, 2-5% fat is essential, 2-24% fat is considered healthy, and more than 25% is considered obese. For women, 10-13% fat is essential, 10-31% fat is considered healthy, and more than 32% is considered obese.

Muscle Mass: Muscle mass refers to the overall skeletal weight of the body. The appropriate quantity of muscle mass depends on the individual’s objectives and activity levels.

Children’s 3D body scan

It is incredibly important to study the developmental process of children. Developmental disorders can have many side effects in adulthood, such as malnutrition, obesity, lack of concentration, and other physical and mental disorders.

The developmental process of children is typically monitored from an early age using growth charts and expert evaluation. It is possible to scan young children in the PT 3D body scanner, so that, in addition to having a 3D model and tracking volume changes, it is possible to check common growth charts in the reports generated by this device. Furthermore, Comparative reporting allows parents and professionals to compare a child’s growth to age- and sex-specific growth charts from the World Health Organization (WHO) and Centers for Disease Control and Prevention (CDC).

The PT 3D body scanner allows for the scanning of young children, generating 3D models and reports that track volume changes and compare them to common growth charts. Healthcare providers can use a guide to assess physical growth among children and teenagers using WHO and CDC growth charts.

During routine screening, healthcare providers assess physical growth using the head circumference, weight, and length of infants and children up to two years of age, and the weight, stature (also referred to as height), and BMI of children and teens aged two through nineteen years. Although a single measurement plotted on a growth chart can identify nutritional risk, it is insufficient to determine the child’s growth pattern and potential health or nutrition problems.

How to use PayaTek 3D Body Scanner?

1. Wear tight-fitting clothes that allow your body to be scanned accurately
2. Take off your shoes before stepping onto the platform
3. Hold the handles provided on the device to start the scan
4. Look straight ahead and remain still throughout the scanning process, which lasts about 40 seconds.

Your body’s comprehensive report is ready after about 1 minute. You can review and analyze the report to gain insights into your body’s composition, health risks, and other important factors. This information can be used to develop personalized diet and exercise plans that suit your individual needs and goals.

 

What is the difference between the PT-3D Fit and other available devices?

One of the main differences between the PT-3D Fit and other available devices is its superior accuracy and ability to capture more details with fewer blind spots. This is due to the motion-sensing camera mechanism in the scanning tower, which allows for closer capturing of the body and ensures that no point is hidden from view. Additionally, the handle on the turntable helps to prevent additional movements during the scan, thus increasing the accuracy of the results.

In terms of user experience, the PT-3D Fit also offers a user-friendly and intuitive interface that makes it easy for users to understand and interpret their results. It comes with comprehensive reporting features that allow users to track their progress over time and make informed decisions about their health and fitness goals.

Finally, the PT-3D Fit is designed to be highly portable, making it an ideal tool for gyms, fitness centers, and medical clinics that need to serve a large and diverse population. Its portability and accuracy make it an excellent option for anyone looking for a precise and convenient way to track their physical fitness and health.

Do you run the 3D body scanner test with or without clothes?

It is advisable to wear tight-fitting clothing during the 3D scanner test for optimal results, as loose clothing can distort the accuracy of the scan by creating folds or shadows that may obscure parts of the body. However, it’s essential to understand that the scanner does not penetrate clothing, so wearing clothing during the scan will significantly not affect the accuracy. Ultimately, the decision to wear clothing during the scan is based on personal preference and comfort.

What are the fields in which a 3D body scanner can be used?

A 3D body scanner finds applications in various industries, including the fitness and wellness industry, healthcare centers, the garment industry, research studies, nutrition and diet clinics, and enriching their capabilities and offerings.

Fitness and wellness industry: Gyms and fitness centers use 3D body scanners to monitor body composition, track progress, and set personalized fitness goals. Additionally, nutrition and diet clinics utilize these scanners to assess changes in body composition and tailor individualized meal plans.

Medical and healthcare industry: Hospitals and clinics employ 3D body scanners to evaluate patients’ body composition, monitor weight changes, and identify early signs of health issues such as malnutrition and obesity.

Garment industry: Clothing stores and fashion design studios benefit from 3D body scanners to acquire precise body measurements for crafting custom-made garments that fit impeccably.

Beauty and cosmetics industry: Beauty clinics and spa centers utilize 3D body scanners for analyzing body features, tracking treatment progress, and recommending personalized skincare regimens.

Research and Development: Research studies utilizing 3D body scanners to gather data on body shape, population demographics, and health outcomes, contributing to the improvement of healthcare policies, product development, and scientific knowledge.

Nutritionists and dietitians: They utilize 3D body scanners to monitor clients’ weight loss or gain progress accurately. These scanners provide detailed measurements of body composition, helping in tailoring diet plans to meet individual needs effectively. Visual representations of changes in body shape and size motivate clients to adhere to their diet and exercise routines, enhancing the effectiveness of weight management programs and client satisfaction.