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2023.01.30

New Breakthrough in Orthopedic Implants: Additive Surgical Launches a Series of Scalable Intervertebral Implants

On January 30, 2023, the Antarctic Bear learned that Additive Surgical, headquartered in Australia, has launched a series of different expandable intervertebral implants.

Industry

2023.01.29

Progress and Prospect of Magnesium Alloy Additive Manufacturing

In recent years, the additive manufacturing of magnesium alloys has received increasing attention from the material industry. Additive manufacturing has broken through the limitations of traditional manufacturing and has the characteristics of high precision, high design freedom, high utilization rate, and energy conservation.

Industry

2023.01.31

The top issue of PRL: Phase field models that can predict the microstructure of metal 3D printing!

Metal additive manufacturing, also known as metal 3D printing, is a key technology with the potential to bring significant changes to the manufacturing industry. It can achieve rapid, accurate, and flexible metal component manufacturing through three-dimensional digital models, greatly improving manufacturing efficiency and profoundly affecting fields such as aerospace, automotive, energy, chemical, and pharmaceutical.

Industry

2023.01.30

New Breakthrough in Orthopedic Implants: Additive Surgical Launches a Series of Scalable Intervertebral Implants

On January 30, 2023, the Antarctic Bear learned that Additive Surgical, headquartered in Australia, has launched a series of different expandable intervertebral implants.

Industry

2023.01.30

Top issue “Acta Materials”: The Effect of Powder Oxidation on Defect Formation in Laser Additive Manufacturing

Introduction: This article investigates the effect of powder oxidation on melt pool dynamics and defect formation during the LAM process.

Industry

2023.01.30

Oak Ridge Laboratory in the United States Discovered 3D Printing Alloy Mechanism, Providing Better Lightweight Materials for Vehicles

The Antarctic Bear learned that researchers at the Oak Ridge National Laboratory (ORNL) of the United States Department of Energy found a mechanism called "load shuffling" in 3D printing alloys, which can design lightweight materials with better performance for vehicles. Related papers have been published in the journal Acta Materialia.