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Discover how Driven Precision Engineering, a small business specializing in precision machining for Formula One teams, found a tailored solution with LK Metrology's CMM technology, revolutionizing their quality control processes for high-speed racing components.

Experience the future of precision aerospace manufacturing as Starrag partners with Zeiss to revolutionize accuracy and efficiency.

Discover how global manufacturer UNISIG’s significant investment in plant technology and equipment revolutionizes deep hole drilling production, enhances fabrication capabilities, and drives machine design advancements.

There could be a better way for manufacturing. One that teams additive manufacturing (AM) with green materials, while promising to erect structures much faster and cheaper.

In the pursuit of enabling production-quantity 3D printing, the historical focus has been on improving printer throughput and material properties. Multi-jet fusion (MJF) and direct metal laser sintering (DMLS) printing technologies have achieved considerable success on this front.

Terry Wohlers describes the outlook for additive manufacturing.

Stratasys Ltd. and Desktop Metal Inc. agreed to combine in a deal valued at $1.8 billion.

Traditional manufacturing principles stress designing for the process. For AM, however, design must encompass the entire process, starting with materials and printing but also consider thermal treatment, machining, chemical post-processing, volumetric and dimensional inspection, and mechanical testing.

The macroeconomic outlook has also taken a toll on the additive manufacturing (AM) industry, with adoption not living up to expectations. This is reflected in the slumping stock prices of publicly traded 3D-printing companies.

The question is, how can manufacturers mitigate issues related to problems with carbon footprint, supply chains, and labor shortages? Additive manufacturing may be the answer; it has the potential to overcome many of these difficulties.