Creating Custom Bicycle Handlebar Grips
@Grunblau shows you how to create new handle bar grips for your bike using a free iPhone scanner app and a 3D printer
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Computational Discovery of Microstructured Composites with Optimal Stiffness-Toughness Trade-offs
The paper discusses a comprehensive method for designing 3D printed multi-material microstructures that optimally balance stiffness and toughness, combining physical experiment, physics-based simulation,... read more »
Upside-Down 3D Printing with a Voron Trident
@247printing conducted an experiment by flipping a Voron Trident upside-down to observe differences in performance and printing.
3D Printy Releases Functional Printable Braille Cells for Tactile Learning
3D Printy has released a functional 3D printable Braille Cell and Braille Cell row, aimed at helping children learn Braille tactually.
How Non-Planar Robotic 3D Printing Creates Efficient, Doubly Curved Thin Shells
Fluid Forms is a 2-metre tall, lightweight structure produced through non-planar robotic 3D printing. The project demonstrates a novel technique that allows for... read more »
Biohybrid Bipedal Robots Powered by Skeletal Muscle Tissue
Researchers at the University of Tokyo have developed a biohybrid robot that combines mechanical components with cultured skeletal muscle tissue, enabling it to... read more »
CNCKitchen Researches Interleaving Layer Method for Stronger 3D Prints
@CNCKitchen is researching a new slicing method that interleaves layers to potentially enhance the strength of FFF/FDM 3D prints.
CPSdrone Tackles Water Seepage Issues in 3D Printed Underwater Drones
The team at CPSdrone encountered issues with water seeping into the hulls of their 3D printed underwater drones due to tiny pores on... read more »
3D Printing an Axial Compressor
This video showcases @LetsPrintYT attempt at 3D printing an axial compressor, a complex task.
Using Shapr3D’s Parametric Modeling Beta for 3D Printed Wheels
This video by Slant 3D focuses on Shapr3D's new parametric modeling beta and demonstrates how to use it to create 3D printed wheels.
Textile-Like Material Creation With Over- & Under-Extrusion
3D printers can explore flow instabilities, with over-extrusion causing coiling and under-extrusion creating stable, lace-like patterns. Once dried, the material behaves similar to... read more »
FiloBot 3D Prints its Own Body Mimicking Climbing Plants
The FiloBot, developed by scientists at the Italian Institute of Technology, is designed to grow towards light sources and away from gravity, mimicking... read more »
Westlake University Develops New Printing Method for Composite Reinforced Actuators in Soft Robots
Westlake University researchers propose a multimaterial embedded printing method for the fabrication of composite reinforced actuators used in soft robotics. The method improves... read more »
Volkswagen Academy Utilizes 3D Printing for Workforce Training in Germany
The Volkswagen Academy in Germany is using 3D printing as a key tool in training its future workforce, with trainees using the printers... read more »
Spatial Printing with Continuous Fiber-Reinforced Composites
This video showcases research on spatial printing toolpath generation for continuous fiber-reinforced thermoplastic composites (CFRTPCs).
3D Printing with TPU – What You Need to Know!
This is Maker's Muse updated guide on 3D printing with TPU, highlighting its flexibility, toughness, and resilience.
This 3D Printed Disc is Approved by the Professional Disc Golf Association
After investing countless hours into designing, printing, testing, and tweaking, the PrintPractical Extruder disc has been approved by the PDGA.
Mouse-Inspired Robot with Flexible Spine
This mouse-inspired robot has a flexible spine. While complex and costly, it makes the robot faster, more agile, better balanced, and suitable for... read more »
Modifying a 3D Printer for Underwater Use
This video presents the adaptation process of a 3D printer for underwater use, including innovative modifications for water cooling and anti-corrosion.
3D Printing a 27kg Titanium Valve in 4.5 Hours Using Cold Spray Technology
This timelapse video demonstrates the manufacturing of a 27kg titanium valve using cold spray additive manufacturing in just 4.5 hours. This method can... read more »
