Tech Blog

3D Measure Up Groundbreaking Collaboration with NIFT
3D MeasureUp, Tech Blog

3D Measure Up Groundbreaking Collaboration with NIFT

3D Measure Up Groundbreaking Collaboration with NIFT We are incredibly excited to announce the groundbreaking collaboration between 3D Measure Up and the National Institute of Fashion Technology India (NIFT) to revolutionize the fashion industry through the implementation of 3D measurement technology. This collaboration aims to address key points identified by NIFT to enhance the efficiency and accuracy of measurements in the fashion industry. Measurements Rendered on a Model without a dress and with a dress Chest Circumference Profile Comparison Waist Circumference Profile Comparison Key Points Innovative Fit Evaluation Tool: Introducing a cutting-edge tool to precisely quantify the distance between garments and the body, revolutionizing fit analysis. Industry Application: Fit technicians in the Apparel Industry can now leverage this tool for accurate evaluation of garment fit, streamlining the production process. Unique Solution: Addressing a critical gap in the market, there's currently no garment industry-specific tool for quantifying and evaluating garment fit to the body. Benefits of 3D Measure Up Check out the incredible benefits of 3D measurement utilized by the tool: Objective 3D Model Evaluation: 3D Measure UP enables objective evaluation of 3D scanned models, ensuring unparalleled accuracy in fit analysis. Accurate Measurement Derivation: Derive precise measurements and coordinates of models, contributing to a comprehensive fit analysis process. Precise Measurement Extraction: Achieve accurate retrieval of body and garment measurements, enhancing fit analysis and evaluation. Automatic Landmark Identification: Streamline the process with quick and efficient identification of landmarks on scanned bodies, facilitating precise gap analysis between the body and the garment. Get ready to witness the future of fashion unfold before your eyes! Stay tuned for more updates on this groundbreaking collaboration. LEARN MORE FROM OUR EXPERTS
Seamlessly-Integrate-3D-Measure-Ups-Photo-to-Size-Tool-with-Your-WIX-Based-Site-scaled
3D MeasureUp, Tech Blog

Seamlessly Integrate 3D Measure Up’s Photo to Size Tool with Your WIX-Based Site

Seamlessly Integrate 3D Measure Up's Photo to Size Tool with Your WIX-Based Site Objective This document provides a comprehensive guide for seamlessly integrating 3D Measure Up's Photo to Size application into WIX-based websites. This cutting-edge application revolutionizes the online shopping experience by allowing customers to obtain size recommendations through a simple photograph. The integration process outlined in this document is designed to enable website administrators and developers to implement the application's functionality, ensuring that customers can easily capture or upload a photo using their device's camera. Upon successful integration, the application will analyze the photo to extract precise body measurements, which are then relayed back to the parent web application. These measurements play a crucial role in enhancing the customer experience by facilitating personalized size and fit recommendations for apparel and other size-sensitive products. By following the steps outlined in this guide, online stores and e-commerce platforms hosted on WIX will be able to offer a more tailored shopping experience, reduce the likelihood of returns due to sizing issues, and increase customer satisfaction and loyalty. The ultimate goal of this integration is to harness the power of 3D Measure Up's technology to bridge the gap between virtual shopping and personal fit, thereby elevating the online retail landscape to new levels of efficiency and personalization. Integration Steps: This document assumes that the theme used to build a Store in particular ….. theme. The widget to capture measurements can be placed on any page and the steps of integration will remain the same. You can choose the place of integration that suits your application's UX design. Some popular places to add the capture measurements widget are: Top Navigation Bar. Left Side menu. Product Page. Home Page. Two widgets need to be added to your website Widget to capture user measurements Widget to recommend size Adding Capture Measurements Widget to the Home Page Step 1: Go to the Wix Editor Log into your Wix account and navigate to the Editor. Step 2: Access the Home Page Settings In the Editor, click on ‘Pages & Menu’ (located on the left side of the interface) > From the dropdown menu, select ‘Site Menu’. Then, choose the ‘Home Page’. Step 3: Customize the Home Page Once you’re on the ‘Home Page’,  click on Add Element > Embed Code > Embed HTML This will allow you to add or customize elements as per your needs. You will now see the following window: Step 4: Integrating the for capturing measurements Add the following code snippet in the “add you code here” section and click on update.  You will see a button like "Get Measurements" this on your selected page :  <style>     /* Styles for the popup */     .center {         display: flex;         flex-direction: column;         justify-content: center;         align-items: center;     }       body {         overflow: hidden;         /* Hide scrollbars */     }       #launchButton {         background-color: #0074d9;         /* Set the background color to a blue shade */         color: #fff;         /* Set the text color to white */         padding: 5px 10px;         /* Add some padding to the button */         border: none;         /* Remove the button border */         cursor: pointer;         /* Change the cursor to a hand pointer on hover */         font-size: 20px;         /* Set the font size */         border-radius: 0;         /* Remove border radius */     } </style> <div class="center">     <button id="launchButton">Get Measurements</button> </div>   <script>     // Button to launch the Photo To Measurement Web App     const launchButton = document.getElementById("launchButton");       function getToken() {         return new Promise((resolve, reject) => {             const tokenURL = "https://api-p2s.3dmeasureup.ai/domain-auth-token/";             const xhttp = new XMLHttpRequest();             xhttp.open("GET", tokenURL, true);             xhttp.onreadystatechange = function () {                 if (this.readyState == 4) {                     if (this.status == 200) {                         const res = JSON.parse(this.responseText);                         console.log(res.token);                         resolve(res.token);                     } else {                         reject(new Error(`Error: ${this.status} - ${this.responseText}`));                     }                 }             };             xhttp.send();         });     }       // Event listener to launch and receive data from the Photo To Measure App     launchButton.addEventListener("click", () => {         getToken();         const tokenURL = "https://api-p2s.3dmeasureup.ai/domain-auth-token";         var xhttp = new XMLHttpRequest();         xhttp.open("GET", tokenURL, true);         xhttp.send();           xhttp.onreadystatechange = function () {             if (this.readyState == 4) {                 if (this.status == 200) {                     const res = JSON.parse(this.responseText);                     const childWindow = window.open(`https://app-p2s.3dmeasureup.ai/index.html?auth_handler=${res.token}`, '_blank');                     // const childWindow = window.open(`http://127.0.0.1:6591/index.html?auth_handler=${res.token}`, '_blank');                       // Listen for messages from the child window                     window.addEventListener("message", (event) => {                         if (event.origin === "https://app-p2s.3dmeasureup.ai") {                             // Handle data received from the child window                             const data = event.data;                             if (data.status == false) {                                 launchButton.textContent = "Try Again...";                                   // Set a timeout to revert the text back to "Get Measurements" after 3 seconds                                 setTimeout(() => {                                     launchButton.textContent = "Get Measurements";                                 }, 3000);                             } else {                                 const measurement = {};                                 data.forEach(item => {                                     // Convert label to lowercase and remove spaces                                     const key = item.label.toLowerCase().replace(/\s/g, '');                                     // Round length to 2 decimal places                                     const value = Math.round(item.length * 100) / 100;                                     // Assign key-value pair to the measurement object                                     measurement[key] = value;                                 });                                 // Store data in session storage                                 sessionStorage.setItem('measurementData', JSON.stringify(measurement));                             }                         }                     });                     const parentURL = window.location.href;                     childWindow.postMessage(parentURL, "*");                 } else if (this.status == 403) {                     console.log(this.responseText);                 } else if (this.status == 500) {                     console.log(this.responseText);                 } else if (this.status == 0) {                     console.log("Request failed");                 }             }         };     }); </script> Step 5. Save the measurements The above code saves the measurements to the session store. You can modify the code to push the measurements to a persistent database for reuse. Step 6: Testing Click on preview from editor. Go to the home page. Click on the “Get Measurement” button. It will redirect you to the photo to size page in the new tab. Click image as mentioned in the GUIDE section. Now you can go to inspect the window and check measurements are saved in session storage. Or copy paste following code into console of inspect window: console.log(sessionStorage.getItem('measurementData')); Conclusion The integration of 3D Measure Up's Photo to Size application into WIX-based websites represents a significant advancement in the realm of online shopping, particularly for businesses that cater to apparel and other size-dependent products. By leveraging this innovative technology, online stores can offer their customers a highly personalized shopping experience, enabling them
3D Measure Up API's New Google Drive Link Feature
3D MeasureUp, Body Measurement Application, Tech Blog

3D Measure Up API’s New Google Drive Link Feature

3D Measure Up API's New Google Drive Link Feature Introduction In the dynamic world of 3D modeling and measurement, the 3D Measure Up API has just rolled out an update that will reshape how you interact with your 3D models. This blog will guide you through the seamless process of utilizing the new option in the API, allowing you to call the “/measure” endpoint using a Google Drive share link. 3D Measure Up API – Measure and Metrics Before we delve into the step-by-step guide, let's briefly understand the core functionalities of 3D Measure Up API – Measure and Metrics. Measure: Precisely measure your 3D models, providing valuable data for analysis and enhancement. Metrics: Metrics offer a comprehensive set of measurements and data points, enabling you to gain deeper insights into the intricacies of your 3D model. Step 1: Prep Your 3D Model on Google Drive Begin by uploading your 3D human model to your Google Drive.  Once uploaded, click on the 'Share' button and set the access level to 'Anyone' for general access.  Now click 'Copy link' to generate the shareable link for your 3D model. Step 2: Initiating 3D Measure Up API Usage To harness the potential of the Measure API and Metrics API, follow these steps: Measure API: Send a POST request to 'https://api.3dmu.prototechsolutions.com/prod/models/measure' with the following request body and header:  (Refer to Image 1.1 and Image 1.2) Specify api-key in the header of the request (POST/GET). Image 1.1: Set API headers as above { "type": "all", "fileurl":"https://gdrive.3dmeasureup.ai/download?url={Your 3D Model Google Drive File URL}", "auto_align": true, "filetype": "stl", } Image 1.2: /measure API demo using Postman Replace "{Your 3D Model Google Drive File URL}" with the copied Google Drive share link of your 3D model.  You'll receive either a “requestId” or an error in response.  Let's say you receive the 163e9760-69c5-11ea-ab70-21d66db68acf as “requestId” (Refer to Image 2) Image 2: /measure API response in Postman Metrics API: Utilize the obtained requestId to send a GET request to 'https://api.3dmu.prototechsolutions.com/prod/models/metrics?requestId=163e9760-69c5-11ea-ab70-21d66db68acf'.  This API will return a 200 success, 202 pending, or 500 error based on the processed result. (Refer Image 2) Note: Continuously poll for the response at intervals until the status is pending (202), or you receive success or failure. Image 3: /metric API demo using Postman Embrace the Future of 3D Modeling: By integrating Google Drive share links, 3D Measure Up API brings a new era of accessibility and ease. Elevate your 3D modeling experience by seamlessly incorporating these advanced features into your workflow. Conclusion In summary, integrating Google Drive share links with the 3D Measure Up API enhances accessibility and streamlines the "/measure" endpoint, making 3D modeling more user-friendly. With precise measurements and comprehensive metrics, the API remains a valuable tool, and leveraging Google Drive adds convenience. Here is the 3D Measure UP API Documentation About 3D Measure Up 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.
Body Measurements Simulator
3D MeasureUp, Body Measurement Application, Tech Blog, Tutorial Blogs

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

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
Unleashing 3D Avatars with MakeHuman, Meshcapade, and Shavatar
3D MeasureUp, Tech Blog

Crafting Digital Personas: Unleashing 3D Avatars with MakeHuman, Meshcapade, and Shavatar

Crafting Digital Personas: Unleashing 3D Avatars with MakeHuman, Meshcapade, and Shavatar Introduction In a world driven by visual storytelling and immersive experiences, the demand for 3D character creation has soared. Whether you're a game developer, animator, filmmaker, or virtual reality enthusiast, the need to bring lifelike characters to the digital realm is paramount. In this blog post, we will explore three exciting tools - MakeHuman, Meshcapade, and Shavatar - that empower users to design and customize 3D avatars. Let's dive in and discover the unique features and possibilities offered by each of these platforms. MakeHuman: Where Creativity Meets Realism MakeHuman is a powerful open-source software that enables users to create realistic 3D human models.  MakeHuman meticulously captures the intricacies of muscle and bone structures, allowing for unparalleled realism in character creation. With its intuitive interface, you can easily sculpt and modify various attributes such as body shape, facial features, and clothing.  MakeHuman provides a wide range of customization options, including age, ethnicity, and gender.  One of the standout features of MakeHuman is its comprehensive library of predefined poses. These poses make it easier than ever to bring your avatars to life, allowing you to create dynamic and expressive characters. MakeHuman offers an API and scripting capabilities through Python. This allows users to automate tasks, create custom plugins, or extend the functionality of MakeHuman according to their specific needs. MakeHuman provides options to export the created models in standard file formats like OBJ, FBX, and Collada. This enables seamless integration with other 3D software or game engines for further refinement or direct use in projects. You can check out their demo at demo link and download the software from source link. With this software you can elevate your creations further by dressing your characters in a vast wardrobe of pre-made clothing options. Not just that, you can also bring your characters to life with dynamic pose and expression control. Isn’t it interesting? Fig 1: MakeHuman Interface Meshcapade: A Web-Based Platform for Avatar Creation Meshcapade is a web-based platform that simplifies the process of creating and customizing 3D avatars. Meshcapade operates entirely within a web browser, eliminating the need for complex software installations. This convenience allows users to access the platform from different devices and work on their avatars whenever and wherever they desire. Meshcapade empowers you with an intuitive interface and powerful tools to shape your avatars into digital masterpieces. With its user-friendly interface, users have the option to choose from a wide array of pre-built characters or start from scratch by adjusting parameters like body proportions, facial features, and clothing styles.  With Meshcapade, users have the freedom to customize every aspect of their avatars. This includes adjusting body proportions, facial features (such as eyes, nose, and mouth), hairstyles, clothing styles, and accessories. The platform provides an extensive library of options to choose from, ensuring a high level of customization. The platform also provides a vault feature, allowing you to save and access your creations for future use. Meshcapade provides a community aspect where users can share their creations and connect with other creators. This fosters a collaborative environment and allows for inspiration and learning from others' work. To explore Meshcapade's avatar creation capabilities, you can visit their website at Meshcapade. Fig 2: Meshcapade Shavatar: Simplified Elegance, Boundless Creativity Shavatar is an online tool specifically designed for creating 3D avatars that find applications in gaming, virtual reality, and social media.  With Shavatar, designing and customizing avatars is made effortless. Users can adjust facial features, hairstyles, clothing, and accessories to create personalized characters. The platform offers a range of options for different avatar styles, ranging from realistic to cartoonish.  Shavatar also supports the export of avatars in various file formats compatible with popular game engines and 3D software. Shavatar is designed to seamlessly integrate with various applications and platforms. This allows users to easily incorporate their 3D avatars into gaming projects, virtual reality experiences, social media profiles, and more. The platform provides compatibility with different software and frameworks, making it versatile for different purposes. For more details you can visit the Shavatar website. Fig 3: Shavatar Conclusion MakeHuman, Meshcapade, and Shavatar are exceptional platforms that enable individuals to transform their digital dreams into tangible realities. With MakeHuman, users have the ability to craft highly realistic characters with precise anatomical details and real-time control over facial expressions. Meshcapade invites users to embark on captivating virtual reality adventures, providing access to a vast array of assets within its vault. Shavatar, on the other hand, offers a simplified yet elegant solution, effortlessly bringing avatars to life. These platforms cater to the artistic souls of the world. The tools and features provided by these platforms empower users to create avatars that possess the ability to mesmerize and captivate their audiences. Are you ready to embark on this extraordinary journey? Disclaimer: The information presented in this blog is based on the advertised features of the technology provided by the same company and some hearsay feedback. We ourselves are not the users of this technology and haven’t validated any claims. Please do a full due diligence of your own before you make any decision regarding the usage of these tools/platforms.
A Deep Dive into Bust Measurement in Fashion Design and Healthcare
3D MeasureUp, Tech Blog

Unveiling the Accuracy: A Deep Dive into Bust Measurement in Fashion Design and Healthcare

Unveiling the Accuracy: A Deep Dive into Bust Measurement in Fashion Design and Healthcare Introduction Accurate body measurements are important in fashion design and healthcare, especially when it comes to bust measurements. At 3D Measure Up, we spend a lot of time understanding accuracy in depth, studying and determining the accuracy and improving it. This article presents the results of one such study conducted to analyze bust measurements. Join us as we reveal insights, findings, and innovative solutions that enhance the accuracy of this crucial girth landmark. Background: Investigating Disparity The history of measuring male bust sizes in body scanning revealed an interesting challenge for the 3DMU team.  It was observed that the measured bust sizes of males were consistently larger than their actual measurements. Even when measurements were taken around the nipple area, similar to using a tape measure on a real body. On the other hand, measuring bust sizes for females proved to be more accurate. In ideal scenarios, where the measurements from the scan were compared to the tape measure, the difference was less than 1 cm, which is considered very close. This discovery prompted our engineers to investigate the reasons behind the disparity in bust measurements. Their aim was to understand the complexities of body composition and scanning techniques in order to improve measurement accuracy.   Comprehensive Study: Delving into the Details The study involved three expert measurers (people who have expertise in taking body measurements manually) and the 3D Measure Up technology to measure the busts of the participants.  A total of 26 scans were performed, and each scan was independently measured by all three experts.  The bust girth measurements obtained from the scans were recorded and analyzed for consistency and validity. Statistical measures, such as standard deviation and maximum deviation, were calculated to quantify the variation in the measurements obtained by the expert measurers.  Additionally, the consistency between the 3DMU measurements and the measurements taken by the expert measurers was evaluated. The study also took into account the impact of tilt and tessellation on the accuracy of bust measurement. Fig: Bust measurement STD Deviation Analysis Observations and Analysis: Unveiling the Findings The measurements taken from 30 different models in various poses showed that the bust measurements had an average difference of about 12mm. The largest difference observed in the bust measurement was approximately 46mm. Interestingly, in certain cases, there were differences of around 60 mm between the measurements taken by different expert measurers. In some scans, the bust measurement extended beyond the armpit boundary and included the biceps. In all cases, the bust measurement obtained through the 3D Measure Up was considered valid based on the definition: it is the horizontal tape girth measured at the level of the bust point, which is the frontmost point on the bust.  By adhering to this definition, the 3D Measure Up system ensured that the bust measurements obtained were consistent and aligned with the required anatomical reference point. However, it is important to note that the measurements obtained from 3D Measure Up were similar to the measurements taken by at least one of the expert measurers. Proposed Solutions by 3D Measure Up Advancing Accuracy  Based on the research, the 3DMU team implemented several solutions to address the bust measurement issues: The team addressed stray meshes and improved the profile of the bust girth, specifically targeting overshooting bust girth. Due to this, the measurements improved by 1 cm but were still beyond the expected tolerance limits Later, additional bust measurements were added, such as Bust 2 (with different front and back armpit points) and Bust Straight (reducing the bust measurement by a fixed percentage).  Again even if the measurements improved it on some scans caused the girth to follow a path inside the mesh causing incorrect measurements in other models The team then came up with combination of measurements to get the bust measurements i.e. it included Front Bust width, Back Bust width and Straight distance between the armpits Further, 3DMU team compared the cross-sectional shapes of the torso in the Relaxed and A & M poses using Meshmixer. By slicing the models at the Bust points, they overlaid and compared their cross sections. Notably, there was a significant difference in the torso shape when the arms were closer to the body. The team considered using BMI as a ratio to adjust for this change, but found it to be an unreliable parameter. 3DMU then compared its measurement with different tools like Meshmixer and Meshlab. The Full body and Sections at the bust level were close to the measurements with tools. These findings further contributed to the understanding of the complexities involved in obtaining precise bust measurements.   Enhancing Understanding: Unveiling Complexities Through meticulous analysis and comparisons with various tools, our study deepened our understanding of the complexities involved in obtaining precise bust measurements. We remain committed to continuously refining our measurement techniques and implementing innovative solutions, ensuring the utmost accuracy in bust measurements at 3D Measure Up. Conclusion Accurate bust measurements are pivotal in fashion design and healthcare. At 3D Measure Up, we are proud to share the insights and solutions gained from our comprehensive study, all aimed at enhancing the accuracy of bust measurements. By advancing our understanding and techniques, we continue to set new standards in precision scanning, empowering industries worldwide with reliable and accurate body measurements. For more queries regarding any of the above-mentioned topics, feel free to connect with us on our website https://3dmeasureup.ai/, or email us at 3dmeasureup@prototechsolutions.com Try 3D Measure Up Today!
3D Measure Up 9674`
Tech Blog

Advantages of Automated Measurements of Human Body

Advantages of Automated Measurements of Human Body Taking measurements of human body features is technically a scientific process since it involves observation and measurement  But for years it has evolved more into art than science. Anthropometric measurements, as they are called, require a high degree of workmanship and have a direct impact on the lives of the user. What’s more, this level of quality is required each and every time. This makes it an ideal candidate for automation.     Here is a list of some of the advantages of using automated measurements: Details: Get detailed measurements. With 3D Measure Up, you can measure far more landmark points on the foot than manual methods Accuracy: 3D Measure Up is highly accurate. It overcomes all the limitations and errors that are associated with manual measurements. Fast: Using 3D Measure Up drastically reduces the time required. It avoids needing visits to the clinic and is highly accessible. Simple: For manual measurements, you need an expert anthropometrist. 3D Measure Up can be used by anyone with very little training. Contactless: The entire process of scanning to measuring is contactless. This is very important for the safety and hygiene of patients and health care workers involved in the process. Economic: Manual measurements are very costly since it has a dependency on people and experts. With less than a dollar per scan, 3D Measure Up is extremely affordable. Scale: 3D Measure Up can be accessed from anywhere on any device which has access to the internet. This makes it possible to reach out to many more people who need it and scale up the operations. Automation: Since 3D Measure Up requires no manual intervention for extracting measurements, it can be incorporated in any automation process. At 3D Measure Up we believe that automation is more than faster production, cheaper labor costs, replacing hard, physical, or monotonous work. For us, it enables a great experience for as many people as possible enabling them to express their best.  It is our endeavor to assist researchers, designers, engineers, and craftsmen to collect accurate body dimensions for obtaining a good fit of a product for every user. The following links will help you explore 3D Measure Up further: How to load a model in 3D Measure Up Web Application How to align a model in 3D Measure Up Web Application How to automatically extract measurements from a 3D model How to use the measurement tree to show, hide, and export landmarks and measurements in 3D Measure Up Web Application How to extract measurements from scans of a legs Write to us at 3dmeasureup@prototechsolutions.com. We look forward to assisting you to produce a product that is a perfect fit. To know more about the Automatic Measurement App, please visit www.3dmeasureup.com. Click here to signup for a free trial of 3D Body Scanner, or contact us at 3dmeasureup@prototechsolutions.com Author: Pankaj C. Contact us: 3dmeasureup@prototechsolutions.com 3D Measure Up
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