Additive manufacturing in orthopaedics: Clinical implications

Application of Additive Manufacturing in Marine Industry

The advantage of additive manufacturing (AM) (e.g. reasonable time and expense in prototyping, and reliable product) has triggered the idea of using this method in manufacturing of marine vessels components. The current article tries to introduce basic concepts of AM method and its application in marine industry; have a glance at additive-manufactured parts microstructure; elaborate the challen...

Economic Implications of Additive Manufacturing and the Contribution of MIS

Additive Manufacturing in Practical Use

Today’s product designer is being asked to develop high quality, innovative products at an ever increasing pace. To meet this need, Additive Manufacturing has shown the possibilities of enabling complex geometry and economic small batch production. As a result, AM opens a new opportunity for designers to create innovative products that were unfeasible to be manufactured economically before. Exa...

Living Additive Manufacturing

Living organisms such as bacteria are able to grow, respond to stimuli, and divide as part of their life cycle. Designing smart three-dimensional (3D) materials that are able to perform such feats, i.e., continue on-demand growth and respond to external stimuli, is always a challenge for polymer and material scientists. At present, Johnson and co-workers have made a significant step forward in ...

Additive Manufacturing – IDH Perspective

Additive Manufacturing (AM) technologies build near-net shape components one layer at a time using data from 3D CAD models. AM technologies are the result of evolution of work in 3D printing and stereolithography (the STL files used to convert 3D CAD to layers for building parts come from stereolithography terminology) and could revolutionize many sectors of U.S. manufacturing by reducing compo...