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Top 5 Videos: Revolutionizing Metal Additive Manufacturing with InShaPe
Welcome to another top 5 videos! This week we bring you a new set of curated videos filled with new creations, revelations, and discoveries in the world of additive manufacturing. For this week in the world of four-to-eight-minute long clips,…
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Welcome to another top 5 videos! This week we bring you a new set of curated videos filled with new creations, revelations, and discoveries in the world of additive manufacturing. For this week in the world of four-to-eight-minute long clips, we have a series of videos from the the European Union’s project aimed at increasing the efficiency of metal powder bed fusion additive manufacturing technology, electronics manufacturing with XTPL, A report on the partnership Roboze and RusselSmith have created for work in Nigeria, the role of 3D printing in education, and another look at our own tour of the EOS HQ in Germany! Prepare your seat and give a rest to that finger that’s been hovering over the play button, because we are ready to get started!
Top 1: An Introduction to EU Project ‘InShaPe’
With the noble goal of creating a more sustainable manufacturing industry in Europe, part of the InShaPe mission is to address the use of metal powder bed fusion across a variety of industries and make the 3D printing process more cost-effective and environmentally friendly. This video takes a further step by explaining the PBF process and what are the goals that the InShaPe consortium is pursuing and with what technologies they hope to create a more efficient and effective additive manufacturing process. Take a look for yourself, as the video is just under six minutes and offers a wonderful look at the advantages that additive manufacturing brings and may improve upon.
Top 2: AM and the Rapid Production of High-Tech Electronics
In this video, we look at the next evolution of the printing press: 3D printing electronics with the use of ultra-precise printing technology from XTPL. It highlights XTPL’s unique ability to create ultra-thin structures for various applications, including solar cells, displays, and processors. This technology offers advantages like high precision, simplicity, speed, and versatility. It can work on a variety of substrates and materials, making it a game-changer for flat-panel display manufacturers and other industries. Learn more from XTPL’s interdisciplinary team of experts in the video!





