A YouTuber has created what he claims is the world's strongest handheld laser, and it's powerful enough to cut through ...

YouTuber builds 250-watt handheld laser 50,000x stronger than legal pointers. Can melt metal, create rubies-but exists in ...

A YouTuber has created what might be the world's strongest handheld laser, and it is capable of punching through titanium.

Now, a new video posted by YouTuber Drake “styropyro” Anthony is taking the idea of a laser gun to a whole new level—a level ...

The handheld laser pointers you can buy at office supplies stores are legally required to be no powerful than 0.005-watts, and most fall well below that threshold so they’re relatively safe to use.

Youtuber StyroPyro has increased the power of a portable laser to 250 watts. This makes it probably the world's most powerful handheld laser. US YouTuber and chemist Drake Anthony, better known by ...

The innovator recently took to his YouTube account to showcase his latest terrifying handiwork — a homemade 40-watt laser shotgun. “There is no good reason for anybody to own something this ...

You can now add ‘30 million-watt peak power tattoo removing laser’ to the long list of things you probably shouldn’t be able to buy on eBay. YouTuber Drake Anthony, better known as Styropyro ...

(It will burn skin if the wearer isn’t careful.) On a YouTube video, the German tinkerer activates the laser and pops a handful of balloons, lights a few matches and burns through a compact-disc ...

LaserMotive’s David Bashford and Tom Nugent monitor a laser experiment. (LaserMotive via YouTube) LaserMotive, a stealthy pioneer in laser-based power transmission that’s based in Kent ...

YouTuber rctestflight has released a video of his experiments with high-power lasers to build an automatic lawnmower. His build comprises a 40W blue laser from a computer numerical control (CNC ...

Cheng’s innovation, called nanostructure-integrated laser shock peening, or nLSP, controls the temperature during the process to introduce nanostructures such as ultrafine and high-density nanoscale ...