title: 3D body IEEE paper
title: 3D body IEEE paper
titleType: Subtitle
Creators: name: Jagatap, Kishori
name: Gurav, Shraddha
name: gaikwad, Prerna
name: rathod, Priyanka
Publisher: name: Zenodo
Year: 2025

description: 1. Overview:3D body scanning is a cutting-edge technique that uses optical and depth-sensing technologies to create an accurate digital representation of a person's body. In custom tailoring, this technology enables tailors and designers to obtain detailed, reliable measurements without physical contact, thereby modernizing the traditional tailoring process.



2. How It Works:





Scanning Technology:3D scanners use structured light, infrared sensors, LiDAR, photogrammetry, or laser triangulation to capture the shape and dimensions of the body. Some advanced scanners even use full-body booths or handheld devices.




Data Capture:The person stands still while the scanner captures images or depth data from multiple angles—usually 360 degrees. The entire process takes 5 to 10 seconds.




Model Creation:Specialized software processes the captured data into a 3D mesh model of the body. The system automatically calculates key measurements like neck circumference, shoulder width, chest, waist, hips, thigh, and inseam.




Data Output:The final output is a digital file (such as OBJ or PLY format) or a set of numeric measurements that can be fed into tailoring software or directly used to draft custom garment patterns.





3. Integration in Custom Tailoring:





Pattern Generation:The 3D measurements are used to auto-generate precise garment patterns tailored to the individual, eliminating the guesswork of standard sizing.




Virtual Try-On:Some platforms allow users to visualize how different styles and cuts will look on their scanned model, improving customer decision-making.




Remote Tailoring:Customers can be scanned in stores, kiosks, or at home (via mobile scanning apps), allowing tailors to work with clients remotely.





4. Key Advantages:





High Accuracy (within ±1-2 mm)Much more detailed than tape measurements, especially for capturing body curves and postures.




Time-Saving:Scanning takes seconds compared to traditional measuring sessions.




Comfort and Hygiene:Non-contact process is more comfortable and sanitary for customers.




Enhanced Fit and Satisfaction:Reduces the need for multiple fittings and adjustments, leading to better customer satisfaction and fewer returns.





5. Industry Applications:





Luxury Tailors and Bespoke Fashion Housese.g., Savile Row tailors adopting 3D scanning for modern efficiency.




Online Made-to-Measure Servicese.g., companies like MTailor, Zozo, and Hockerty using mobile body scanning apps.




Fashion Retailers & BrandsUsing 3D data for sizing recommendations, fit analytics, and virtual try-ons.




Fitness and Health IndustriesTracking body shape changes over time for progress measurement.





6. Limitations & Considerations:





Cost:Professional 3D scanners can be expensive, though smartphone-based alternatives are emerging.




Environment Control:Lighting and background can affect scan quality.




Privacy & Data Security:Since body scans involve biometric data, secure storage and ethical usage are crucial.