Additive manufacturing has been increasingly applied in developing heterostructure for biomedical applications, including bioscaffold, biosensor, vasculature, biodetection, bioimaging, biotherapy, ...

With years of experience in the pharmaceutical and life science sectors, CD Bioparticles has announced the expansion of its product portfolio with a comprehensive range of Additive Powders, to meet ...

A major biomedical application of additive manufacturing is prosthetics, which replace damaged tissue with nonliving material (usually a metal alloy) in a form that at least approximates natural ...

In a development offering great promise for additive manufacturing, researchers have created a method to precisely create droplets using a jet of liquid. The technique allows manufacturers to quickly ...

Additive Manufacturing has been used in many applications, including biomedical, aerospace, energy and automobile. However, its full potential is inhibited by the limitations in design complexity, ...

Additive manufacturing is revolutionising the field of orthopaedics by enabling the custom fabrication of patient-specific devices. The technology utilises computer-aided design along with advanced 3D ...

An industrial partnership between Braskem, one of the largest producers of polypropylene and biopolymers in the Americas, and Advanced Laser Materials (ALM), a leading supplier of materials and ...

The additive manufacturing world’s big news in 2023—the merger between Stratasys, the No.1 additive company (based on 2022 revenues) and Desktop Metal, the No. 4 company—turned into a nothingburger ...

Field-Assisted Additive Manufacturing integrates external physical fields, such as magnetic, acoustic, and electric fields, into the additive manufacturing process. This allows for precise, in-situ ...

In the early days of additive manufacturing (AM), the technology was primarily focused on design and rapid prototyping applications. However, recent additive manufacturing is progressively being ...