Explore the latest news in Additive Manufacturing with AM Chronicle’s round up of Week 8 of 2024.
The round up of last week includes NAMI becomes first Saudi Arabian Company to Receive Certification for 3D printed parts for Oil and Gas; IIT Madras launches 3D Printing Farm Using FabMachines; BMW group uses 3D printing to develop customized metal spikers for 2026 Olympic Winter Games and much more.
NAMI Becomes the First Saudi Arabian Company To Receive Certification for 3D Printed Parts for the Oil & Gas Sector
NAMI, a pioneering additive manufacturing company, achieves a historic milestone as the first entity in Saudi Arabia to secure certification for 3D printed parts for the Oil and Gas sector. This milestone underscores NAMI’s commitment to innovation and heralds a new era of technological advancement within the region’s vital industries.
IIT Madras has launched a Additive Manufacturing Lab featuring over 25 FabMachines
IIT Madras, a leading technical university in Chennai, has launched a groundbreaking Additive Manufacturing lab, equipped with over 25 FabMachines 3D Printers from Fabheads Automation. This initiative establishes a pioneering 3D printing farm, poised to drive innovation in additive manufacturing.
Chameleon colors: A sustainable technique to 3D print multiple dynamic colors from a single ink
Beckman Institute researchers developed a technique to 3D print and alter structural colors in the visible wavelength spectrum from deep blue to orange. The UV-assisted direct-ink-write 3D printing approach is capable of altering structural color during the printing process to create vibrant and potentially more sustainable colors.
Customised Spike Plates From BMW Group 3D Printing Accelerate the German Bobsleigh National Team
Hawk Ridge Systems, DyeMansion forge new partnership
Hawk Ridge Systems and DyeMansion form a strategic partnership to bring more high-quality 3D printing post-processing solutions to multi jet fusion (MJF) customers, additive manufacturers, and sustainability creators. Together, the companies will continue to develop an innovative future in additive manufacturing worldwide.
Lithoz partners with three contract manufacturers to advance ceramic 3D printing in Japan
The network will consist of an initial three Japanese ceramic companies, forming what Lithoz describes as a ‘powerful ceramic 3D printing technology hub.’ AS ONE, Mitsui Kinzoku and Yugōkuen Ceramics will work with Lithoz and its Lithography-based Ceramic Manufacturing (LCM) 3D printing technology to promote ceramic 3D printing within Japan.
iLAuNCH Trailblazer project to utilise additive manufacturing for carbon composite structures
The latest iLAuNCH Trailblazer project is embarking on a groundbreaking initiative to utilise additive manufacturing technology in the development of large-scale carbon composite structures for rockets. Led by the Innovative Launch, Automation, Novel Materials, Communications, and Hypersonics (iLAuNCH) Trailblazer program, this project aims to revolutionise rocket manufacturing by leveraging the design flexibility and speed of additive manufacturing, while harnessing the advancements in carbon composite technology.
MIT Engineers 3D Print the Electromagnets at the Heart of Many Electronics
Engineering Team at MIT have developed a technology in which with help of additive manufacturing, one can produce devices that are practically any size and shape. However, this presents its own challenges, since making a solenoid involves coiling thin layers made from multiple materials that may not all be compatible with one machine.
CRP Technology to Showcase Cutting-Edge 3D Printing Solutions at Space-Comm Expo
CRP Technology, a leading 3D printing service bureau renowned for its Windform range of composites for SLS process, is excited to announce its participation in the upcoming edition of Space-Comm Expo. This marks the first time that CRP Technology will attend this prestigious event, demonstrating its commitment to advancing the aerospace industry through innovative additive manufacturing solutions.
Five International Partners Join Forces To Build Up Advanced Research on Additive Manufacturing Technology
Additive manufacturing consists in applying 3D printing to industrial production, enabling the creation of materials without joints and considerably reducing the need for post-processing. The SIRAMM project aimed to address this critical issue by involving academic partners from Czechia, Italy, Norway, Romania and Serbia. Together, the project partners strove to make a mark in additive manufacturing research while strengthening their research capacity.
1000 Kelvin integrates its AM software into the EOS software suite
1000 Kelvin, the startup that develops AMAIZE, is collaborating with OEM EOS to enhance the production workflows of Additive Manufacturing users across a wide range of vertical industries. This announcement follows another interesting partnership 1000 Kelvin recently made for the military industry.
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