R_Shoes, Author at 3DSHOES.COM

R_Shoes

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775 Articles

Purdue University postdoctoral student Yujie Shan examines 3D printed items in Huachao Mao’s Additive and Intelligent Manufacturing Lab. Mao and his team are improving upon traditional fabrication methods and 3D printing to construct multilevel microfluidic devices as small as 10 microns deep and 100 microns wide. (Purdue University photo/John O’Malley)

This 3D Printing Breakthrough Could Make Medical Devices Super Cheap!

R_Shoes March 12, 2025

The Mallet x Zellerfeld Nebula shoe in red. Matthew Seed

From Gherkin-Inspired Design to 3D Reality: Mallet London’s Nebula Sneakers Set a New Standard

R_Shoes March 8, 2025

Schematics-of-a-Nike-shoe.-Image-via-the-United-States-Patent-and-Trademark-Office

Nike’s 3D Printing Process: Revolutionizing 3D Printed Footwear for Sneakerheads

R_Shoes March 5, 2025

Izabela Ciesielska-Wrobel, assistant professor of textiles, fashion merchandising and design in URI’s College of Business, showing the size of the braille symbols compared to regular washing instructions. (URI photo/Izabela Ciesielska-Wrobel)

Braille Clothing Tags: A Fashion Game-Changer

R_Shoes March 3, 2025

Person massaging their heel to relieve plantar fasciitis pain

Traditional vs. 3D Printed Orthotics: Which is Best for Plantar Fasciitis Relief?

R_Shoes March 1, 2025

Stratasys J850 TechStyle printer producing an intricate 3D-printed embroidery pattern on fabric.

How New York Embroidery Studio Revolutionizes Fashion with Stratasys J850 TechStyle 3D Printing

R_Shoes March 1, 2025

Featured image of an advanced 3D printer extruding ultra-fine, continuous polymer fibers via embedded solvent exchange, illustrating high-precision additive manufacturing for biomedical engineering, flexible electronics, and soft robotics research.

Fast 3D Printing Breakthrough: Fine, Continuous, and Soft Fibers via Embedded Solvent Exchange

R_Shoes March 1, 2025

Overview of 3D-printed mycelium biocomposite. Our mycelium biocomposite paste, Mycofluid, is primarily composed of coffee grounds, can be 3D printed using a hobbyist 3D printer, and serves as the substrate for mycelium growth. Over time, mycelium colonizes the printed structure, bridging small gaps it encounters. This capability enables the creation of intricate geometries, including tall vases with delicate, thin walls.

Revolutionizing 3D Printing: Sustainable Mycelium Biocomposites & the Future of Eco-Friendly Fabrication

R_Shoes March 1, 2025

Akane Wakai, Ph.D. ’24, and Jennifer Bustillos, Ph.D. ’24, prepare a sample at the Cornell High Energy Synchrotron Source.

Advances in Controlling Metal Microstructure in Additive Manufacturing

R_Shoes February 16, 2025

Material Efficiency and Waste Reduction

Reclaim, Rebuild, Reprint: How 3D Printing Is Transforming Waste into a Circular Economy Treasure

R_Shoes February 14, 2025

By controlling the material's internal structure, engineers can create objects with a range of properties. (CREDIT: Sameer A. Khan/Fotobuddy)

Advancing 3D Printing: A Scalable Method for Recyclable, High-Performance Soft Plastics

R_Shoes March 1, 2025

Image may contain Clothing Apparel Evening Dress Fashion Gown Robe Human and Person

Iris van Herpen: Weaving Technology into the Fabric of Fashion

R_Shoes March 1, 2025