A new machine learning approach has designed metal alloys and their printing parameters at the same time.
neural network
Bayesian Optimization Targets FFF Quality Tradeoffs
A new approach to tuning FFF print parameters could help manufacturers find settings that work reliably, rather than settings that simply look best in one test.
PETG Flexural Optimization With Taguchi And ANN
A Moroccan research team mapped how common FFF settings drive PETG flexural behavior and then used a neural network to predict the best tradeoffs.
Deep Learning Co-Optimizes LPBF Titanium Gyroid Lattices
A new paper demonstrates a deep learning framework that co-optimizes Laser Powder Bed Fusion settings and titanium gyroid lattice design to boost printability and performance.
From Battlefield to Brainwaves: Hanger’s High-Tech Leap with Coapt
Charles R. Goulding and Preeti Sulibhavi explain how Hanger, Inc.’s acquisition of Coapt, LLC propels prosthetic care into a new era of neural control, accessibility, and innovation.
New AI-Powered Technique Enhances 3D Scans by Accurately Filling Missing Data
Researchers have developed a powerful new method for hole-filling for incomplete 3D scans.
Innovative Non-Planar Slicing Method Using Neural Nets Promises Stronger 3D Prints
There’s a problem with most 3D print slicers, but new research shows an intriguing new approach based on neural nets.
Watch Out, NeRF is Coming to a 3D Scanner Near You
There’s an entirely new way to 3D scan objects, and it’s going to change everything.
Fine Tuning Additive Manufacturing With AI
What will a meltpool look like? That’s what researchers can now predict with some accuracy.
3YOURMIND Receives €1.3M Investment For Machine Learning – But For What?
What is 3YOURMIND doing with €1.3M Investment? They say they will increase machine learning in their services, but for what? We have some speculation.
It’s A New Category of 3D Printed Applications!
I’m having trouble getting my head around a new concept discovered by researchers.