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Understanding ISO 8559_ A Deep Dive into the Global Standard for Body Measurement
3D MeasureUp, Body Measurement Application, Tech Blog, Tutorial Blogs

Understanding ISO 8559: A Deep Dive into the Global Standard for Body Measurement

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Understanding ISO 8559: A Deep Dive into the Global Standard for Body Measurement In a world where precise human body measurements are critical, whether for apparel sizing, ergonomic design, or healthcare, having a global standard ensures consistency and comparability.  In today’s global fashion market, clothing sizes can be notoriously inconsistent. A medium in one brand might feel like a small in another. These inconsistencies create frustration for consumers and complications for retailers, especially in online shopping. That’s where ISO 8559 comes into play. In this blog, we explore what ISO 8559 is, why it matters, how it defines body measurements, and how platforms like 3D Measure Up are helping organizations align with it. What is ISO 8559? ISO 8559, developed by the International Organization for Standardization (ISO), is a series of international standards that define how clothing sizes should be designated based on body measurements. Its goal is to create a universal system for sizing that can be used by manufacturers and retailers around the world. Rather than relying on arbitrary labels like “S”, “M”, or “L”, ISO 8559 promotes a size system rooted in measurable human dimensions. This makes it easier to design, manufacture, and sell clothes that truly fit. ISO 8559 ensures that when you refer to "waist girth" or "hip girth," everyone tailors, fashion brands, researchers, and healthcare providers- understands and measures it the same way. Versions of ISO 8559 1. ISO 8559-1:2017 Defines anthropometric measurements for the creation of clothing. Specifies 3D body measurement techniques in addition to manual ones. Lists primary and secondary body dimensions for garment sizing. 2. ISO 8559-2:2017 Focuses on primary dimensions for men's, women's, and children's clothing sizes. Helps develop size tables based on population-specific measurements. Other Related Standards: ISO 7250 (basic human body measurements for technological design) ISO 20685 (3D scanning methods for anthropometric data) Key Measurement Categories in ISO 8559 ISO 8559 organizes measurements into groups: Vertical body measurements: Height, sitting height, shoulder height, crotch height Girth measurements: Chest girth, waist girth, hip girth, thigh girth, neck girth Length measurements: Arm length, inseam length, shoulder length Breadth measurements: Shoulder breadth, chest breadth, waist breadth Depth measurements: Chest depth, waist depth Each measurement has a precise definition, reference points, and methodology. Applications Used by apparel manufacturers, retailers, and pattern designers. Helps with international trade and e-commerce clothing fit prediction. Supports the development of digital fitting technologies and virtual try-ons. Why ISO 8559 Matters 1. Standardization Across Industries Ensures that designers, manufacturers, healthcare providers, and researchers use consistent measurement language. 2. Better Global Fit Systems Supports the creation of clothing and equipment that fits people across different populations. 3. Facilitates Mass Customization In an era of personalized products, standardized measurements allow automated systems to adapt patterns efficiently. 4. Enhances Data Comparability Researchers and companies can compare datasets reliably across regions, surveys, and studies. How 3D Measure Up Aligns with ISO 8559 3D Measure Up is designed with ISO 8559 compliance in mind: Extracts standardized measurements mapped to ISO definitions. Provides clear documentation of measurement points. Supports both traditional and 3D scanning workflows. Enables automatic size mapping for clothing, uniforms, and equipment. By aligning your measurement processes with ISO 8559 through tools like 3D Measure Up, you gain: Higher credibility Greater interoperability across platforms Future-proof sizing systems Real-World Applications of ISO 8559 Apparel Brands: Consistent size charts across international markets. Defense and Uniform Suppliers: Standardized fits for personnel across regions. Healthcare: Reliable anthropometric data for prosthetics, orthotics, and patient care. Furniture and Ergonomic Equipment Designers: Designing for diverse body types globally. Final Thoughts As the fashion industry becomes more data-driven and customer-centric, embracing standards like ISO 8559 is not just a technical improvement—it’s a strategic move. Whether you’re a designer, manufacturer, or e-commerce brand, aligning with this standard can help you deliver a more consistent, inclusive, and satisfying customer experience. ISO 8559 isn’t just a bureaucratic standard, it's the backbone of consistent, reliable, global human body measurement. By understanding and applying ISO 8559 guidelines and using platforms like 3D Measure Up to automate compliance, you can future-proof your designs, improve fit quality, and streamline manufacturing. Need help implementing ISO 8559 in your sizing strategy? Explore 3D Measure Up's ISO-aligned solutions to guide your brand in aligning size charts with international best practices. Read Relevant: Top 10 Measurements Every Tailor Should Capture for a Perfect Fit to blend tradition with technology!
Standard Human Body Measurements by Region and Demographics_ A Global Dataset Overview
3D MeasureUp, Body Measurement Application, Tech Blog, Tutorial Blogs

Standard Human Body Measurements by Region and Demographics: A Global Dataset Overview

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Standard Human Body Measurements by Region and Demographics: A Global Dataset Overview Human body dimensions vary significantly across age, gender, ethnicity, and geography. For developers, researchers, fashion designers, and AI assistants alike, understanding these differences is essential for building inclusive products, from virtual try-on tools to ergonomic furniture and medical devices. This blog dives into a curated overview of global anthropometric data to help power smarter applications and improve personalization at scale. Why Global Measurement Data Matters In an era of personalization, having accurate reference data on body dimensions is no longer optional; it’s essential. Personalization: Tailored experiences in fashion, fitness, and health tech rely on knowing what the “average” looks like within specific user groups. Product Design: Devices and equipment, ranging from helmets and shoes to car seats, must consider variations in size and shape across populations. AI Accuracy: From avatar generation to smart mannequins, predictive models perform better when trained on diverse, representative anthropometric data. Inclusivity: One-size-fits-all solutions often alienate large segments of the global population. Body data ensures accessibility for all body types. Key Sources of Data Here are some of the most cited and credible sources of human body measurements by region and demographic: CAESAR (Civilian American and European Surface Anthropometry Resource): A Comprehensive dataset covering thousands of individuals from North America and Europe, used extensively in the defense and apparel industries. Size India: India’s first national anthropometric survey, offering data for male and female populations across various states. Size China: Focused on craniofacial dimensions of Chinese citizens, critical for helmet, eyewear, and VR headset design. ISO 8559: The international standard for clothing size designation, enabling consistency across global brands. WHO Growth Charts: Trusted pediatric data used by governments and healthcare providers to monitor child development and diagnose conditions like stunting or obesity. Sample Datasets Below is a simplified snapshot of average dimensions for young adults (age 20–29) by region: Region Age Group Gender Avg Height (cm) Avg Chest (cm) Avg Waist (cm) North America 20–29 Male 177.0 101.5 88.2 North America 20–29 Female 163.5 91.0 75.4 East Asia 20–29 Male 171.2 94.6 83.1 East Asia 20–29 Female 160.1 86.4 71.9 South Asia 20–29 Male 167.3 91.2 80.5 South Asia 20–29 Female 154.6 84.0 69.2 These values are just the beginning. Full datasets can include over 100 body measurements, spanning head circumference, inseam length, shoulder breadth, limb volumes, and more. Visual Charts and Trends To make this data easier to interpret, we provide: Global Height Distribution Maps: Highlighting mean height differences across regions with color-coded overlays. Waist-to-Height Ratio Trends: Commonly used in fitness and health diagnostics. Age-wise Growth Curves: Generated using WHO data, useful for pediatricians and health-focused apps. Gender-Specific Body Shape Clusters: Data visualized through PCA or t-SNE for avatar simulations. Here are a few charts derived from the full dataset: BMI Estimate for Females by Age Group and Region Average Height of Males by Age Group and Region Average Height of Males by Age Group and Region Download the Full Dataset in CSV FormatBonus: Public Anthropometric Datasets NHANES (USA) – U.S. health and nutrition data, including anthropometry. OECD Health Statistics – Aggregated health indicators across developed countries. How 3D Measure Up Uses This Data Structured anthropometric data is the unsung hero behind the scenes of every personalized experience. As body measurement becomes a key differentiator in industries ranging from fashion to healthcare, the importance of regionally segmented, gender-specific, and age-based datasets will only grow. 3D Measure Up integrates this extensive regional and demographic data into its powerful measurement platform. Here’s how it enhances outcomes: Pattern Customization: Automatically adapts cloth patterns based on region-specific norms. Personalized Recommendations: Suggests better-fitting products by comparing user scans with demographic averages. Analytics & Insight: Identifies outliers for medical screening, wellness tracking, or product alerts. The result: smarter, data-backed decisions that benefit both businesses and individuals. Want to build data-smart applications? Explore how 3D Measure Up is redefining body measurement with global intelligence and real-time analytics. Download the dataset, integrate the API, and power up your next product with precision-backed anthropometry. Start your FREE trial today!
Comparison of 3D Body Measurement Tools
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Comparison of 3D Body Measurement Extraction Tools

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Comparison of 3D Body Measurement Extraction Tools Extracting accurate human body measurements from 3D scans is crucial for various industries, such as fashion, healthcare, fitness, and engineering. This report compares different tools based on their accuracy, reliability, ease of use, export capabilities, and supported measurement types. Each tool has unique strengths depending on the intended application, making them versatile solutions across industries. 1. Feature Comparison Table Software Accuracy Reliability Ease of Use Export Capabilities Measurement Types Geomagic Control X (Paid) ⭐⭐⭐⭐⭐ ±0.01mm-0.1mm ⭐⭐⭐⭐⭐ (Industrial-grade) ⭐⭐⭐ (Steep learning curve) OBJ, STL, IGES, STEP, CSV, PDF, DXF Point-to-point, circumferences, volume, angles, surface area, GD&T Artec Studio (Paid) ⭐⭐⭐⭐ ±0.05mm-0.1mm ⭐⭐⭐⭐⭐ (Stable with Artec scanners) ⭐⭐⭐⭐ (User-friendly for Artec users) OBJ, PLY, STL, WRL, CSV, DXF Landmark-based circumferences, length, cross-sections 3D Measure Up (Paid) ⭐⭐⭐ ±1mm-3mm ⭐⭐⭐⭐ (AI-based, automated) ⭐⭐⭐⭐⭐ (Easiest, fully automated) CSV, JSON, API for integration 150+ body measurements, circumferences, segment-wise dimensions Blender + Python (Trimesh/Open3D) (Free) ⭐⭐⭐⭐ (Customizable) ⭐⭐⭐ (Depends on script quality) ⭐⭐ (Requires coding) OBJ, PLY, STL, custom CSV exports Custom (any measurement can be scripted) MeshLab / Meshmixer (Free) ⭐⭐⭐ ±1mm-5mm ⭐⭐⭐ (Good for basic use) ⭐⭐⭐⭐ (Easy but manual) OBJ, PLY, STL, DXF Basic distance, circumference, angles 2. Detailed Feature Breakdown 1. Accuracy & Reliability Geomagic Control X → Most accurate (sub-mm precision). Best for medical, CAD, and engineering fields. Artec Studio → Very reliable but only for Artec scanner users. 3D Measure Up → Great for automated fashion/retail applications but not as precise. Blender + Python → Customizable accuracy (depends on scripting & scan quality). 2. Ease of Use Easiest: 3D Measure Up (Automated AI, no manual work). Moderate: Meshmixer/MeshLab (Simple UI but manual). Hardest: Blender + Python (Coding required). 3. Export Capabilities Best Export Support → Geomagic Control X & Artec Studio Supports CAD formats (IGES, STEP, DXF) PDF & CSV reports for documentation OBJ, STL, PLY for 3D modeling Basic Exports → 3D Measure Up, Blender, MeshLab CSV & JSON (for data-driven use) OBJ, STL (for 3D visualization) 4. Types of Measurements Available Most Comprehensive → 3D Measure Up (150+ measurements) Full-body (circumference, height, width, segment length) Automated key point detection Most Precise Industrial Use → Geomagic Control X Volume, cross-sections, surface areas GD&T (Geometric Dimensioning & Tolerancing) Fully Customizable → Blender + Python (Trimesh/Open3D) Any measurement possible (if scripted) Fully Customizable → Blender + Python (Trimesh/Open3D) Any measurement possible (if scripted) 3. Best Choice Based on Requirements Need This? Best Software Highest Accuracy (Sub-mm Precision) Geomagic Control X Best AI-based, Fastest Automation 3D Measure Up Best for Artec Scanner Users Artec Studio Custom Workflow, Free/Open-Source Blender + Python Basic, Manual, Free Tool MeshLab / Meshmixer Summary of Findings Choosing the best 3D body measurement extraction tool depends on your requirements for accuracy, automation, and ease of use: For the highest precision (engineering/medical use): Geomagic Control X For fast, automated, AI-driven measurements: 3D Measure Up For custom scripting & flexibility: Blender + Python (Trimesh/Open3D) For Artec scanner users: Artec Studio For simple, free manual measurements: MeshLab / Meshmixer If you need further guidance based on specific use cases, feel free to connect with our experts! Visit our website www.3dmeasureup.ai, email us at 3dmeasureup@prototechsolutions.com, or call us at +1 (747) 297-5160
What's New in 3D Measure Up 2025_ More Precision for a Better Fit
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What’s New in 3D Measure Up 2025: Version 8.1

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What's New in 3D Measure Up 2025: Version 8.1 We're thrilled to announce the latest and greatest update to 3D Measure Up Software, which was upgraded in March 2025! We've been listening closely to our clients’ feedback and working hard behind the scenes to bring you some seriously powerful new features designed to make your measurement workflows smoother, more accurate, and just plain better. At 3D Measure Up, we are committed to continuously enhancing the software to streamline your workflows and take your business to the next level. Our AI-powered 3D body measurement software provides unmatched precision, measuring 250+ body landmarks to ensure perfect fitting, enhance customer experiences, reduce costs, and boost sales. This release is all about enhancing your ability to gain deeper insights from your 3D models, especially when it comes to structural analysis and usability. So, let's dive into the exciting new goodies packed into Version 8.1! New Measurement Types: More Possibilities In Version 8.1, we've introduced three brand-new measurement types to enhance the accuracy of your analysis: Depths – Get deeper insights with depth-related measurements, perfect for structural analysis and ergonomic studies. Breadth – Width-based measurements are now more organized, making it easier to understand horizontal dimensions. Levels – These measurements provide the height of landmarks or circumferences from the ground, adding another layer of precision for posture and fit analysis. With these new categories, you can measure and interpret human body dimensions with even greater clarity. Seamless Data Export: More Control Over Your Reports Your data is only as useful as your ability to analyze it, and we’ve made exporting your measurements easier than ever. Now, Depth and Breadth measurements can be included in your exported reports in the following formats: PDF Format – Get clear, well-structured reports at your fingertips. CSV (Selected Measurements) – Choose only the data you need for a customized report. CSV (All Measurements) – Export all available measurements in one go, ensuring you never miss a detail. API Enhancement: More Returns on Your Subscription If you're a developer or business integrating 3D Measure Up into your workflow, you’ll love this new API addition. We’ve added the getSubscriptionDetails API endpoint, allowing you to: View active plan details – Know exactly what features and limitations apply to your plan. Track your usage in real time – Keep an eye on how much you're using the system. Manage your subscription effortlessly – Stay in control of renewals and upgrades. For full documentation on this new API, check out: 3D Measure Up API Documentation. New Measurements: More Precision for a Better Fit We’ve also introduced three new highly requested measurements, catering especially to the apparel and uniform industries: Total Crotch Length Up to Trouser Waistline (Tape) – Measures the full curved length from the front trouser waistline, through the crotch, to the back trouser waistline. This is a game-changer for getting the perfect trouser fit! Chest Depth – Provides an accurate front-to-back distance of the chest, offering valuable data for posture analysis and clothing fit. Chest Breadth – Captures the horizontal width of the chest, essential for designing better-fitting upper-body garments. Enhancements: More Accuracy We know that small inaccuracies can make a big difference in 3D body measurement, so we’ve fine-tuned our algorithms to deliver even better precision: Improved Underbust Girth Accuracy – We’ve eliminated overshoot issues that occasionally occurred in body scans with fused parts at the underbust level. This means better accuracy in sizing and fitting assessments. Enhanced Across Back Width Measurement – Different shoulder and torso shapes (square, sloping, V-shaped, pear-shaped, etc.) are now better accommodated, making this measurement more reliable than ever. Start Your FREE Trial Today!Why This Update Matters With these new and improved features, 3D Measure Up 2025 makes body measurement even more powerful, flexible, and user-friendly. Whether you're using it for apparel design, ergonomic studies, or health and fitness tracking, these enhancements ensure you get the most precise data possible. So, if you haven’t upgraded yet, now’s the time! Version 8.1 is live, and it’s packed with tools that will make your workflow smoother and your measurements more accurate than ever. Have questions or want to learn more? Visit our official site at 3D Measure Up or email us at 3dmeasureup@prototechsolutions.com and explore the future of body measurement today!
Body Measurements Simulator
3D MeasureUp, Body Measurement Application, Tech Blog, Tutorial Blogs

Revolutionizing Body Measurements: Exploring the Transformative Power of 3D Measure Up Technology

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Revolutionizing Body Measurements: Exploring the Transformative Power of 3D Measure Up Technology Introduction In the realm of precision and accuracy, few technologies have made as significant an impact as 3D Measure Up Technology. At the heart of this innovation lies the Body Measurements Simulator – a game-changing tool that seamlessly combines the intricacies of 3D imaging and artificial intelligence to revolutionize how we approach body measurements. From personalization in fashion to data-driven fitness assessments, the applications are boundless. Let's delve into the depths of this transformative technology and understand how 3D Measure Up is shaping the future of body measurements. A Glimpse into 3D Measure Up Technology Imagine a world where body measurements aren't a tedious process of manual tape measurements or guesswork from 2D images, but rather a precise, three-dimensional representation. 3D Measure Up Technology transforms this vision into reality by employing cutting-edge 3D scanning technology and sophisticated AI algorithms. This technology captures the minutest details of the human body, creating a digital avatar with unparalleled accuracy. The process involves using specialized 3D cameras to capture the body from various angles, resulting in a comprehensive and lifelike digital model. AI algorithms then process this data to extract precise measurements of key body parts, translating into a holistic and detailed body profile. Elevating Fashion and Apparel The fashion industry thrives on individuality and personalization. 3D Measure Up Technology ushers in a new era of tailored experiences for both consumers and industry professionals. Customized Clothing: For consumers, the hassle of ill-fitting clothing becomes a thing of the past. The Body Measurements Simulator generates exact measurements, enabling individuals to order custom-made garments with confidence. This not only enhances the shopping experience but also reduces waste by minimizing returns due to sizing issues. Virtual Try-Ons: Online shopping gets a virtual makeover with the integration of 3D body models. Shoppers can now visualize how a particular garment will look and fit before making a purchase. This immersive experience bridges the gap between online and in-store shopping, fostering consumer trust and satisfaction.   Experience the Future of Precision. Discover 3D Measure Up Technology and elevate your measurements to a new level of accuracy. Try It for FreeEmpowering Fitness and Well-being In the pursuit of a healthier lifestyle, accurate tracking of body changes is essential. 3D Measure Up Technology empowers individuals, athletes, and healthcare professionals to do just that. Fitness Progress Tracking: Fitness enthusiasts can monitor their progress with unparalleled accuracy. The simulator creates a visual timeline of body changes, helping users and trainers adapt routines and nutrition plans for optimal results. Medical Assessments: In the medical arena, this technology takes body measurements beyond aesthetics. It becomes a valuable tool for monitoring health conditions that affect body shape, such as scoliosis or obesity. Clinicians gain access to a precise and visual tool for diagnosis and treatment evaluation. Read Related: A Deep Dive into Bust Measurement in Fashion Design and Healthcare Empowering Research and Development 3D Measure Up Technology's impact transcends individual applications and extends to research and development across diverse industries. Anthropometric Insights: Researchers can access a wealth of data derived from diverse populations. This data fuels anthropometric studies, which are crucial for designing products that accommodate a wide range of body types and sizes. Design Innovation: The fashion and apparel industry is presented with an opportunity to revolutionize its approach to design. Inclusive fashion, adaptive clothing, and ergonomic products can all be driven by insights gained from the 3D Measure Up database. Addressing Privacy and Ethics As with any technology that handles personal data, privacy and ethical considerations are paramount. Developers must prioritize data security, informed consent, and transparency in their operations to ensure user trust and protection. Final Thoughts 3D Measure Up Technology's Body Measurements Simulator is rewriting the rules of accuracy, personalization, and innovation. The convergence of 3D imaging and AI is propelling industries like fashion, fitness, and healthcare into uncharted territories. From revolutionizing online shopping experiences to empowering individuals in their health journeys, this technology's potential knows no bounds. As we navigate the exciting possibilities, one thing is clear – 3D Measure Up is more than just a tool; it's a transformative force shaping the future of body measurements. Claim Your Free Trial
Tutorial Blogs

Unveiling New Horizons in 3D Measurements

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Unveiling New Horizons in 3D Measurements: A Deep Dive into "3D Measure Up" and Its Unique Measurement Processing Back Office. As we navigate through the 21st century, the boundaries of technological innovation continue to expand, revealing new potentials and unprecedented applications. Among the various sectors that have significantly benefited from this technological surge, one that stands out is the realm of 3D scanning and measurements. Specifically, the software as a service (SAAS) product "3D Measure Up" has emerged as a game-changer in this field, offering the capability to extract approximately 250 measurements from a 3D scan of a person with unparalleled accuracy and repeatability. Now, "3D Measure Up" has extended its services to a new frontier - a unique and innovative "Measurement Processing Back Office". This service has been designed to support users who require measurements that are not currently available in the "3D Measure Up" system. Here's how it works: Customers share the 3D scans of their subjects or clients. The trained anthropometrists at "3D Measure Up" then use the software to manually extract the required measurements. In addition, they validate the measurements that the software has automatically retrieved. But how does this benefit the user? Efficiency and Accuracy: The foremost advantage is the significant time and effort saved by professionals like tailormasters or Prosthetists/Orthotists. Rather than spending hours manually extracting measurements, they can now rely on the "3D Measure Up" team to do the hard work.  Reliability: With the measurements validated by trained anthropometrists, there is an additional layer of quality control. Users can trust the measurements they receive, further enhancing the reliability of the "3D Measure Up" system. Customization: The back office provides an avenue for tailoring the services to specific user needs. If the required measurement is not in the standard set of 250, the team will manually extract it, providing a highly personalized service.   While the benefits of this service are evident in the tailoring and Prosthetics/Orthotics industry, its potential applications extend far beyond. Healthcare: In the healthcare industry, accurate body measurements are often crucial for various applications such as planning surgeries, designing medical devices, or monitoring growth in pediatric patients. "3D Measure Up" can provide an invaluable service by offering precise and repeatable measurements. Fitness and Wellness: In the fitness industry, trainers and nutritionists can use this technology to track their clients' progress accurately. This precise tracking can lead to more personalized training and diet plans, enhancing the overall effectiveness of their services. Gaming and Animation: Accurate 3D measurements are critical for creating realistic characters in video games and animated films. "3D Measure Up" can provide precise measurements that animators and game developers can use to bring their characters to life. In conclusion, the "3D Measure Up" Measurement Processing Back Office service is more than just an innovative add-on; it's a revolutionary step in the world of 3D scanning and measurements. By offering a blend of accuracy, efficiency, and customization, it has the potential to redefine standards across a wide array of industries. The future of 3D measurements is here, and it's called "3D Measure Up". Contact us: 3dmeasureup@prototechsolutions.com 3D Measure Up
Tutorial Blogs

How Our 3D Body Scan API Can Help Athletes Improve Their Performance

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Optimize athletic performance with our Body measurements API. As an athlete, you're well aware of how crucial even the slightest edge can be in terms of performance. You devote countless hours refining your technique, fine-tuning your diet, and analyzing your training data. But have you ever stopped to consider how your body shape and composition may be affecting your performance? Our Body measurements  API furnishes athletes with a wealth of data about their bodies, which can be utilized to enhance training regimes, bolster performance, and mitigate injury risk. This blog post will delve into several methods by which our Body measurements  API can aid athletes in reaching their objectives. 1. Identifying Muscle Imbalances and Body Shape Analysis The Body Measurements API can identify muscle imbalances in athletes, which can lead to inefficient movement patterns, increased injury risk, and decreased performance. By providing measurements of different body parts, athletes can create targeted training programs that focus on strengthening weaker muscles and improving balance. Additionally, the API can analyze body shape and track changes over time, which can be helpful for athletes striving to achieve specific body proportions for optimal success in their sport. 2. Tracking Changes in Body Composition Body composition has a significant impact on athletic performance. Body fat levels affect endurance and power output. Our Body measurements  API provides accurate measurements of body circumference and length. Athletes can use the API to track changes in body composition over time. While body fat percentage measurements are not currently available, changes in body size and shape can still be tracked. Waist circumference changes can indicate changes in body fat levels. For example, changes in waist circumference can be a useful indicator of changes in body fat levels. 3. Optimizing Equipment and Apparel Athletes of all levels often struggle to find equipment and apparel that fit them correctly, leading to discomfort, a higher risk of injury, and reduced performance.  With our Body measurements  API, athletes can now access precise measurements of their body dimensions, enabling them to find the right equipment and apparel that fit properly.  To conclude, our Body measurements  API provides a wide range of benefits for athletes seeking to optimize their performance. By identifying muscle imbalances, tracking changes in body composition, optimizing equipment and apparel, monitoring progress, and analyzing body shape, athletes can make data-driven decisions to enhance their training regimes, reduce injury risk, and ultimately improve their athletic performance. With the help of our API, athletes can take their performance to the next level and gain a competitive edge. Contact us: 3dmeasureup@prototechsolutions.com 3D Measure Up
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Maximizing Your Token Usage in 3D Measure Up: A Comprehensive Guide to Tracking, Planning, and Purchasing

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Maximizing Your Token Usage in 3D Measure Up: A Comprehensive Guide to Tracking, Planning, and Purchasing Maximize your token usage and subscription plan by utilizing the monitoring dashboard provided by 3D Measure Up web application. Follow the steps below: Login to 3D Measure Up using a desktop browser: https://3dmu-app.prototechsolutions.com/login.html The token usage is listed on the top right corner of the Web application Click on the token usage and the details of your subscription and token usage will appear Fig 1: Token usage listed on the right top corner Upon clicking on the Token Usage, a popup will appear displaying your: 1. Subscription Status 2. Available tokens 3. Active subscriptions which can be viewed by scrolling down Fig 2: Subscription list with active and expired subscriptions Click on the Usage tab to see the Month wise usage details and the tokens used per call. Fig 3: Monthly token usage with model name and operations performed. What is the process for buying tokens? You can easily purchase tokens and get started by subscribing to a monthly plan at https://3dmeasureup.ai/pricing. Simply select your desired amount, process your payment, and within 10-15 minutes, your account will be credited with the tokens. How to Upgrade Your Token Subscription in 3D Measure Up? If your account has been blocked you will see the following screen after logging in. Fig 4: Subscription expired box By clicking the "Usage Details" button, you can view your subscription and token usage information.  To subscribe to additional tokens, select the "Upgrade Subscription" button which will direct you to the 3D Measure Up Pricing page.  From there, select either the Monthly or Yearly subscription option to complete the process. Contact us: 3dmeasureup@prototechsolutions.com 3D Measure Up
Tutorial Blogs

Benchmarking Body Measurements: A Deep Dive into 3D Measure Up’s Accuracy Tests.

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Benchmarking Body Measurements: A Deep Dive into 3D Measure Up’s Accuracy Tests. Accurately measuring a human body requires a lot of skill, patience and time. And making it simple, easy and accurate is what keeps us on our toes at 3D Measure Up - a solution to automate your body measurement workflow. 3D Measure Up is a technology that uses advanced geometry and ML algorithms to accurately measure a human body in 3D space. We can automatically detect many key landmarks on the human avatar and provide over 250+ measurements accurately and quickly.   By providing a 3D model to 3D Measure Up software you can take measurements. You can import models into the software in a variety of formats, including OBJ, STL, GLB, and PLY. And 3D Measure Up will take care of the rest, to give you accurate measurements. We take great pride in the accuracy of the measurements that we provide. First reason is that we use extensive geometry algorithms to compute the measurements and unlike many of our competitors, we do not provide you with some predictive measurements based on the photo or inputs. Next, we take accuracy very seriously and keep testing our own systems to their limits. Why Determining The Accuracy Of A System Is Important ? Accuracy helps to evaluate the system's performance, identify areas for improvement, and build trust in the system's outputs. Accuracy is a measure of how well the system's outputs match the correct or expected outputs, and by measuring accuracy, we can assess whether the system is meeting its design goals and whether it is useful in practice. This is particularly important in fields of human body  measurement, where inaccurate outputs can cost us and have serious consequences. Ultimately, measuring accuracy helps to ensure that systems are reliable, effective, and trustworthy. In this technical article, we describe one experiment that we recently conducted to benchmark the accuracy of measurements provided by 3D Measure Up. How do we validate the accuracy of our measurement technology? ? We studied the human body and found some patterns about the shapes that consist of round or curve, cylindrical structures and also cube or rectangle like shapes. As shown in the above figure. So we choose cube, sphere and cylindrical primitive shapes to check the accuracy of the 3D Measure Up’s Measurement system. To make these geometry shapes we use Blender, AutodeskRevit and to take the measurements we use 3D Measure Up Software. We made a cylinder of height 170 cm and radius 20 cm, a Sphere of radius 16 cm, and a cube having 20 cm sides. We consider the average human body measurements and select the geometry shapes dimensions. With 3D measure up software we take on-surface measurements, measure straight distance, free fall distance and girth with two selection points. 3D human body, 3D Measure Up, 3D scan of a human body, 3D avatar of a human body human body measurement NVIDIA - ORACLE for Startups Hackathon virtual body measurement 3d body measurement </p hidden>  3D Measure Up Measurements Measure Girth Distance Fig 1. Measurements of Girth at mid-section of a cube, a cylinder and a sphere. * Note: Mathematical calculations of Girth (circumference) for cylinder and sphere involve the irrational number Pi (𝝅) which can theoretically never be matched 100% by a physical measurement and hence there is a very slight deviation. 3D Measure Up Measurements Measure Straight Distance Fig 2. Measurements of Straight Distance on a cube, a cylinder and a sphere. 3D Measure Up Free fall Measurements Fig 3. Measurements of Free fall distance on a cube, a cylinder and a sphere. Conclusion :  For linear distances, 3D Measure Up’s measurements are 100% accurate with mathematically calculated distances on the standard analytical shapes viz. Cube, cylinder and sphere.  For Free-fall distances, 3D Measure Up’s measurements are 100% accurate with mathematically calculated distances on the standard analytical shapes viz. Cube, cylinder and sphere.  For circumference or girth measurements, 3D Measure Up is above 99.9% accurate when compared to mathematically calculated distances on the standard analytical shapes viz. Cube, cylinder and sphere. The reason for this is simply because the circumference equations of cylinder and sphere uses Pi (𝛑) which is an irrational number.  Overall, 3D Measure Up is over 99.9% accurate in its calculations when the measurements are taken on standard meshes with analytical geometries viz. Cube, cylinder and sphere. Contact us: 3dmeasureup@prototechsolutions.com 3D Measure Up
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3D Measure Up placed 2nd runner up in NVIDIA – ORACLE For Startups Hackathon 2022

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3D Measure Up Wins 2nd Runner-Up place at NVIDIA - ORACLE For Startups Hackathon 2022! A wrap! After another successful event, the NVIDIA-ORACLE Hackathons finally have their set of winning teams! NVIDIA® Inception and Oracle® for Startups joined hands to launch an Emerging Markets Startup Booster Camp, which provides Startups with an opportunity to learn and implement cutting-edge AI technology to prepare them for a future AI-powered economy.      The 3D Measure Up (3DMU) team won the 2nd Runner Up prize at the virtual digital Hackathon event held on the 27th of July 2022. The hackathon invited early-stage developers to showcase their AI-powered technology. The 3DMU team leveraged technologies from NVidia and Oracle to address mobility challenges by automating measurement processes for the manufacturing of prosthesis and orthosis. The team developed technology using computational, geometry and ML techniques for human body measurement to meet the need for personalized healthcare products. 3DMU technology automates the measurement process in making personalized orthoses and prostheses. This helps in faster turnaround times for manufacturing these devices.  The measurements delivered by 3DMU are more accurate than manual methods. Thus making the devices better fitting and allowing the users to exercise better mobility.  3DMU can deliver measurements from anywhere and deploy them at remote locations. This helps the services reach many more people who need personalized braces. Last but not least, 3DMU makes the process very efficient, which helps in significant cost reduction, thus making it affordable.  Image credits: Times of India What criteria did the Jury members use to choose the winners? 1. Contextual Relevance to HEALTHCARE AND LIFE SCIENCES 2. Technological Superiority: Use of latest technology and trends, better performance, and accuracy. 3. Innovation Quotient 4. Viability: Practical feasibility in a real-world scenario considering                   a. Cost of the solution                  b. Ease of integration into existing infrastructure                   c. Easy deployment in the field 5. Business model/Go-to-market Strategy 6. Startups skillset/expertise During the Demo Day, each participant had the opportunity to present their ideas in a 2-minute pitch to the expert jury. Following the live pitches, the teams answered jury questions before the final evaluation. The jury was impressed by the pitches' quality and the solutions' cleverness, but a decision had to be made!  It was envisioned to be not just a competition but more of a journey where all participating Startups could learn together in a collaborative environment. If you are into personalized healthcare, wellness or fitness, e.g. orthoses, prosthesis, compression socks, implants, wheelchairs and assistive devices, shoes etc. - connect with us at 3dmeasureup@prototechsolutions.com, and we can together make a difference. Let's leverage the technology and give wings to the differently abled people for them to live an independent life and that of dignity. Thank you to everyone who helped make this hackathon a grand success! See you again soon! 3D human body, 3D Measure Up, 3D scan of a human body, 3D avatar of a human body human body measurement NVIDIA - ORACLE for Startups Hackathon virtual body measurement 3d body measurement </p hidden>
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ProtoTech’s 3D Measure Up is based on a proprietary algorithm which is a combination of 3D geometry, computational and machine learning algorithms to provide you with a highly accurate and reliable identification and measurement.

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