The Boxy system by Aectual offers modular, customizable planters that are 3D-printed from recycled materials for personalized, sustainable spaces.
Low-carbon concrete mix and digital fabrication methods highlight how advanced materials can merge sustainability, craftsmanship, and heritage in urban infrastructure
New model offers familiar design to broaden consumer adoption
Has pattern of small ridges in attractive colors to elevate modern decor
The Advanced Materials Challenge was designed for industry and academia from across the US to accelerate the delivery of innovative material solutions for Department of War applications
New DIW & laser method 3D prints self-supporting thermoset parts, skipping supports. Durability testing pending.
Maeda Giken uses 3D printing and eco-material TABWD® to create wall decor for Toyota Auto Body's headquarters.
Dec 3 is 3D Printing Day, celebrating 40 years of additive manufacturing milestones.
3D printed wheelchair cushions offer better ventilation and heat management than foam, confirmed by thermal imaging tests.
3D printing aircraft seats faces safety and cost challenges.
Meta's SAM 3D converts 2D images to detailed 3D models for e-commerce, therapy & robotics.
Nimble: a modular prosthetic fin by Essesi Design, using 3D-printed lattice & carbon fiber to aid amputee swimming.
APPLE TREE's 3D-printed "Lattice" pillow, using bio-materials & honeycomb design for perfect support, launches on Makuake Dec 17.
V3D Asia builds Brunei's first 3D-printed public facilities, a prayer hall and toilet, set to open in December 2025.
A Binghamton University student built a working 3D-printed acoustic guitar, inspired by his father's old instrument.
Four new metal additive manufacturing powders, including Invar and C22, presented at Formnext 2025
Premium 3D-printed bike saddles, often over $300, enhance performance through optimized lattice structures for comfort and cooling.
By automating the building process, the company successfully reduced construction time from 45 days to less than 7 days
Biohybrid method achieves 20-μm resolution, outperforming commercial nozzles with biodegradable, low-cost advantages for manufacturing and bioprinting.
Stratasys 3D printed eye models, mimicking real tissue, to be used in University of Innsbruck surgical training.
