When not printing tank parts for the U.S. Army, Matt Kelly makes a strong argument for an eighth category of additive manufacturing technology
AM is used in everything from aerospace and automotive to consumer products. But some of the earliest and most significant applications are in healthcare. To this end, the theme of this month’s Manufacturing Engineering is medical machining.
With 500-watt lasers and a square build plate, Trumpf says its TruPrint 2000 is optimized for users in the dental and medical technology industries.
The University of Maine’s BioHome3D prototype celebrates it’s first birthday with plans of developing a BioHome neighborhood.
With Lantek MES, the entire manufacturing process can be tracked from planning through execution, allowing operators to group parts according to various criteria, such as machines, materials, thicknesses, customer and delivery date.
Divergent thinking and inclusive cultures drive better business outcomes
The global automotive ceramics market is shifting into high gear, on track to reach $3.5 billion by 2028. Discover the driving forces behind this growth, including a thriving automotive industry and the rising demand for electric vehicles, and see how innovation is steering this market into the future.
3D-printed CFRP tools are revolutionizing aerospace and other industries by reducing costs, lead times, and improving part quality. Explore the future of high-performance composite materials through innovative additive manufacturing technologies.
Dive into the future of aerospace manufacturing with ATLAS at Wichita State University, where innovation, workforce development, and advanced technologies converge to transform the industry.
By improving efficiency, reducing labor costs, and enhancing product quality, vacuum tables offer aerospace manufacturers a competitive edge in the production of composite parts and adhesive-bonded structures.
