Industrial 3D Scanning and Printing with 3DChimera - FFF & SLS
Explore 3D scanning, CAD reconstruction, FFF and SLS printing techniques for creating custom parts and soft jaws. Learn about industrial printers, post-processing, and CNC integration.
Solving the Last Mile With 3D-Printed Packaging - Design and Implementation
Discover innovative approaches to product packaging design through 3D printing, exploring real-world challenges and practical solutions for evolving products.
Novel Techniques for IC Integration and Packaging Using Additive Technologies
Explore innovative Flexible Hybrid Electronics manufacturing techniques combining thinned dies, printed components, and flexible materials to revolutionize electronics packaging and system integration.
Machine Learning for Predicting Additive Manufacturing Part Quality - Tutorial on Support Vector Regression
Learn to predict additive manufacturing part quality using support vector regression. Explore data analysis, hyperparameter tuning, and cross-validation techniques for machine learning in 3D printing applications.
How to Make Custom ESP32 Box in 1 Hour - Full Tutorial
Learn to design and 3D print a custom box for ESP32 boards, covering 3D modeling, dimensions, features like USB openings and LED light pipes, and practical assembly techniques.
Prototyping in Mechanical Engineering - Class 3
Explore fabrication techniques in mechanical engineering, covering additive and subtractive manufacturing, forming processes, and essential tools for prototyping and design implementation.
Don't Mesh Around - Streamlining Manual Digital Fabrication Workflows with Domain-Specific 3D Scanning
Discover innovative approaches to streamline digital fabrication through specialized 3D scanning techniques and workflows for enhanced manual manufacturing processes.
Automatically Embedding Fiber Materials into 3D Prints for Enhanced Interactivity
Discover how to automatically embed fiber materials into 3D prints, enhancing interactive capabilities and advancing manufacturing techniques for smart objects.
Travel Slicer - Continuous Extrusion Toolpaths for 3D Printing
Discover innovative continuous extrusion toolpath techniques for 3D printing that optimize material flow and enhance print quality through advanced slicing algorithms.
E-Joint - Fabrication of Large-Scale Interactive Objects Assembled by 3D Printed Conductive Parts
Discover innovative techniques for creating large-scale interactive objects through 3D printed conductive parts and advanced assembly methods in this cutting-edge fabrication research.
MobiPrint - A Mobile 3D Printer for Environment-Scale Design and Fabrication
Discover innovative mobile 3D printing technology that enables large-scale design and fabrication directly in environmental spaces, revolutionizing the approach to on-site manufacturing and prototyping.
Speed-Modulated Ironing - High-Resolution Shade and Texture Gradients in Single-Material 3D Printing
Discover how speed-modulated ironing techniques create detailed shade and texture gradients in single-material 3D printing, enhancing the visual quality of printed objects.
3D Printing Hair-like Structures with Multi-form, Multi-property and Multi-function
Discover innovative techniques for 3D printing hair-like structures with varying forms, properties, and functions through cutting-edge research in user interface technology.
Future of Food Innovation | Anandharamakrishnan C. | TEDxIISERTVM
In his TEDxIISERTVM talk, Dr. C. Anandharamakrishnan talks about the future of food technology, and describes the implementation of an idea resulting from the collaborative effort of multiple fields, case in point: 3D printing and food. Dr. C. Anandharamakrishnan, Director of the CSIR–Central Food
Viejas ideas y nuevos materiales | Luis Saucedo | TEDxManzanares
En esta charla, se explorará cómo el diseño inspirado en la naturaleza y la impresión 3D está revolucionando la ingeniería de estructuras, desde prótesis óseas hasta aplicaciones aeroespaciales. Mostrará cómo imitar los principios de la naturaleza permite crear materiales y formas más eficientes, fu