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3D body composition scanner
3D Body Scanning for Fitness, Health, & Wellness
Notable Clients
Lightweight, Portable, and Intuitive
Perform a 3D body scan in seconds using just a simple turntable and 3D camera. In only 35 seconds, we extract millions of measurements with 2mm accuracy and reconstruct your body in 3D.
Styku Body ScannerLearn More
See the Difference in your Body's Shape in 3D.
Weight scales often mislead you into thinking you're not making progress. Nothing is more illustrative and more motivating then to actually see your body transform.
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Analyze Hundreds of Body Measurements
Extract measurements like your waist, hip, thigh, and more with less than 1% error.
Differentiate your business with 3D body scanning.
Whether you're a fitness professional, doctor, or even a tailor, Styku's technology enables you to extract key body shape and measurements relevant to your industry.
Fitness & Sports
We leverage body measurements to calculate body fat % with incredibly high precision. Fitness professionals can use the 3D model to highlight changes in shape and/or to set goals.
Aesthetics
Plastic surgeons, dermatologists, and other aesthetics professionals use Styku's technology to validate the effectiveness of body contouring devices. Before/after 3D images illustrate real change.
Medical Weight Loss
Body measurements are correlated with obesity related disease, which doctors use to assess and stratify risk. Bariatric surgeons and weight-loss professionals track progress using precise and accurate measurements.
Physical Therapy
We enable therapists, chiropractors, and functional trainers a precise and digital tool to address musculoskeletal risks.
Precise bone density/mass estimates, posture analysis, using a 3D camera streamline and enhances your customer's experience.
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Measurements
Extract hundreds of measurements. 76% more precise than an expert tailor, and way easier.
3D Model
Rotate, pan, and zoom a full body model from a body scan. Visualize shape and landmarks.
Shape Analysis
Analyze a subjects profile, silhouette, and waist-to-hip ratio. View asymmetries in shape.
Track Progress
Chart your key measurements over time. Keep your clients, patients, and members motivated.
Fat Analysis
More consistent than traditional methods, such as calipers and BIA and possible even DEXA (currently under scientific review)
Risk Assessment
Track risk of obesity related disease using waist circumference, waist-to-hip ratio, and body fat.
Goal Setting
Meet fat loss goals by setting desired weight loss, burn rate, and activity level.
Dashboard
View data analytics, set preferences, and manage your account from anywhere in the world.
What appealed to us about Styku is the accuracy of the measurements and how it has a small (square footage) footprint. The equipment itself does not take up a lot of space, which is important for us in our assessment room. The self-service kiosk mode allows our members to scan themselves privately, which helps our members feel comfortable with the innovative technology. We’ve definitely seen an uptick in our show rate and our close rate as a result, and we have witnessed more people showing up to get training because of GOLD’S 3D™.” Cave said. “GOLD’S 3D ™ is a multi-beneficial tool for the brand not only because is it a sales tool, it’s a retention tool, and more importantly a member engagement tool.
Aaron Cave
Gold's Gym International, VP Fitness
We researched this category extensively and we also executed a side-by-side test against the two best options. Styku was clearly more consistent and accurate. Our test clubs showed a double digit increase in Personal Training revenue during the test period and we also had a nice increase in the average dues per member by bundling a free monthly body scan with our results based membership. That enabled us to see benefits on two revenue fronts during the test period.
Craig Pepin-Donat
Crunch Fitness, Executive Vice President
“The risk assessment tab has been very motivating for some clients. Seeing that they are at risk for disease based off their body scan has launched several of my individual clients into action. And I'm happy to report that they are improving week over week. I would hands down recommend this product. If you're looking to take your business and your clients to the next level, then this piece of equipment could be the missing piece.
What gets measured gets improved.”Marly Paulus
Certified Body Composition Analyst, BodymetRx Owner
I finally have an objective measure that validates the results from body contouring devices. Styku’s Scanner has become the most valuable tool in my body consultation and follow-up. Forget the tape measure and 2D photography - 3D is today’s technology.
JD McCoy
Contour Medical
Monthly group training EFT has increased 250% since we have implemented Gold’s 3D (powered by Styku). Golds 3D (powered by Styku) at our club, is used to validate our Certified Personal Trainers professional recommendation, and help keep our clients accountable with tangible results.
Jeronimo C Provencio
General Manager, Gold's Gym Cheyenne Wyoming
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Visbody 3D Body Analyzer & 3D Body Measurement Scanner Machine
Visbody 3D Body Analyzer & 3D Body Measurement Scanner Machine-
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The World's Leading Innovator in 3D Body Scanning Science
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Full-Dimensional 3D Body Scan Machine Pioneer
Body Measurement 3.
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Visbody Has Begun A NEW Era of 3D Body Measurement Scanner Machine and Body Posture Analysis for Body Measurement 3.0
1.0 Single Body Composition Machine Measurement. Disadvantages: Unable to accommodate factors such as posture or body dimensions.
2.0 3D Body Scan Machine. Disadvantages: Unable to acquire precise body compositions and provide data in a conventional way for users.
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Bringing New Value To Your Facility
MORE COMPREHENSIVE 3D FULL BODY SCANNER FOR SALE
MORE PROFESSIONAL DATA
The Full Body Scanner 3D Machine Uses BIA & BDA Algorithms To Provide Consistent And Accurate Data.
ACCURATE
The advanced BIA technology benefits from Visbody team’s years of innovative experiments based on the standard of DEXA (0.98 DEXA coefficient). And medical-grade bio-electronic anti-sensors are also embedded in the 3D body scanning machine to achieve the more accurate body composition scan results.
STABLE
The accuracy of BIA is subject to the conditions being standardized by the user (ie. same testing time, temperature, training status, etc.). To calibrate the potential inaccuracy, Visbody's unique 3D full body scanner for sale integrates the body density analysis with BIA to ensure the precision of the measurement output.
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How a 3D scanner works, types of device and existing technologies
3D scanning and printing of three-dimensional objects are new technologies that have quickly conquered the market.
3D scanners are in demand in medicine, the arts, the automotive and aviation industries. Work on a new product begins with a 3D design that can be created by hand, using 3D modeling software, or digitizing an existing item to be edited. nine0003
3D scanner - a device that allows you to create a computer model in volume.
Applications
There are tasks that can only be solved with the help of special equipment that operates in a non-contact way. Obtaining copies of works of art for restoration or production of reproductions and their subsequent mass production is possible by scanning with a 3D scanner. The equipment is also popular with archaeologists when there are difficulties with access to the area under study, or the object under study is so fragile that you need to touch it very carefully. nine0003
Faro photo.
Laser devices also help architects create 3D models of existing buildings for editing and virtual testing. The equipment is used in geodesy and cartography when studying the natural landscape.
The 3D scanner is used in various sectors of industry and science, in design, in the development of augmented reality or computer games.
For example, Texel is building a system that allows shoppers to try on clothes online in virtual reality fitting rooms through their 3D-scanned avatar. nine0025
Installing a virtual Texel fitting room in Dubai. Photo Texel.
Portal BX 3D human scanner. Photo Texel.
Texel parametric human body model, 3D digital avatar. Photo Texel.
How a 3D Scanner Works
Volumetric scanning instruments measure objects with complex geometries and convert the processed information into a point cloud. The work of a 3D scanner involves the construction of a polygonal model that can be upgraded: make changes to the structure, experiment with resources and shape, and add new functions to the product.
The device calculates the distance to the surface of the object, fixes the coordinates of these points on the scanned object, analyzes the data and builds a detailed 3D model. The structure of the device includes illumination, lasers, cameras, rangefinders. nine0003
There are two technologies for object processing: contact and non-contact. All scanning devices operate on their basis.
Contact - CMM (coordinate measuring machine - coordinate measuring machines).
When buying equipment for work, you need to study the basic characteristics of a 3D scanner:
• principle of operation;
• Scan accuracy;
• measurement range;
• Color rendition.
Properly selected technique allows you to get results when working in various conditions: in poor lighting, vibrations, if the subject of study is far away or underground. nine0003
Views of 3D scanners
Several methods can be used to capture the characteristics of a structure in space and display the data in a computer layout.
Manufacturers offer the following types of devices:
• 3D scanners, the principle of operation of which is the measurement of reflected structured light;
• photogrammetry equipment;
• laser models;
• Mechanical or ultrasonic scanning equipment. nine0003
Reflected structured light
This technology involves the use of equipment that works by projecting a light grid (pattern) onto the measured object. Its curvature on the surface is read by the camera, which helps to get a 3D layout. The equipment functions very quickly and in any light. The technique conveys information about the color of the item being scanned.
Photogrammetry
This method involves building layouts based on an array of images taken from different angles. The more photos, the more detailed the model. The principle of operation of a 3D scanner is based on an algorithm that determines the location of the particles of an object through the study of their relative placement.
This is the most widespread method of work that helps to obtain a digital image using professional cameras or using a smartphone camera. nine0003
Non-contact 3D laser scanner
This technology is more precise but slower. A technique that uses a laser to measure an object captures information about its configuration, dimensions, and the presence of porous structures. There are several variants of the method. Time-of-flight 3D scanners build the surface of the element under study by analyzing the change in the return time of the laser pulse reflected from the surface of the part. Triangulation devices measure the deviation of the angle of the reflected beam after passing through a special lens. nine0003
Mechanical method
The process of digitizing with a contact 3D scanner is the most accurate, but slow. Scanning is performed by a probe that actually "probes" the object. The method is not suitable for working with flexible or soft samples, products that are easily damaged.
Acoustic scanning
Ultrasound is in demand in the medical and marine industries. Ultrasonic devices and echo sounders emit a sound of a certain frequency in the direction of the object, and the microphones of the device record the reflected signal. Based on the incoming information, a computer model is built. nine0003
Conclusion
Some manufacturers produce universal 3D scanners for use in various fields, offer compact portable devices. But a number of American and European brands have relied on hardware and software designed to perform narrow tasks.
There are versions on the market for professional and amateur use. When purchasing 3D equipment, it is necessary to evaluate the technical characteristics of the devices in combination with the programs offered. nine0003
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Tags:
universal 3D scanners, 3D equipment, 3D scanner, 3D scanning, 3D scanner FARO Focus 3D
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| Short name: PR204_ANTSCAN Type: Scientific Equipment Complexes Department: Research Institute and Museum of Anthropology named after D.N. Anuchin Start of operation: January 9, 2012 ID: 6658458 |
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