TinkerMill’s newest tool is a 4,000-watt carbon dioxide laser capable of cutting through 1-inch steel. The device weighs roughly 20,000 pounds and is valued at over $100,000.

When Tran returned to Boston, she consulted with her mentor, dermatologist and laser medicine pioneer R. Rox Anderson, MD, director of the Wellman Center for Photomedicine at Massachusetts General ...

European scientists are building a vast environmental sensing network by adding light-based sensors to underground internet cables that stretch more than five billion kilometres around the world. The ...

After over two years of preparation, Longmont makerspace TinkerMill is ready to share its latest gadget with the community. TinkerMill's newest tool is a 4,000-watt carbon dioxide laser capable of ...

UF engineers, backed by DARPA and NASA, are perfecting laser-forming techniques that let metal sheets fold themselves into ...

Global Laser Enrichment has submitted its Safety Analysis Report for the planned Paducah Laser Enrichment Facility to the US ...

The concept of nuclear fusion has been part of scientific discussions since the 1930s, but it was not until the 1940s that in-depth research officially commenced. Today, the use of nuclear fusion for ...

Caltech scientists convert CO2 into tough industrial plastics using a dual-loop system powered by renewable electricity.

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To enhance efficiencies and ensure optimum safety in metal working activities in all sectors, industrial equipment supplier ...