The laser is a ray of light guiding us into an even more intelligent future. Without light, the booming electronics industry would stagnate. read …
Imagine the possibilities … an anti-corrosion coating made of graphene no more than four atomic layers thick and that can be realized using industrial solid-state lasers.
Pressure is growing to achieve more with fewer resources. Suppliers with laser know-how stand to gain
A simple example illustrates how lasers are faster and more energy-efficient than milling machines at cutting sheet metal.
An MIT team is using a special camera to look round corners – with the help of the femtosecond laser
Bold audacity — and the ability to see the forest in spite of the trees. Laser pioneer Paul Seiler recalls his experiences in the wild years of the 60s and 70s, when the laser era dawned.
Prof. Ferdi Schüth, jury chairman for the German Future Prize, is convinced that the push for resource efficiency will become industry’s new innovation driver.
Dr. Yongfeng Lu’s spiritual home is the international laser community. Here, he talks about everything except his presidency of the Laser Institute of America.
Klaus Löffler, current president of the Laser Institute of America (LIA), sees marked regional differences in laser safety and explains how the LIA is working to raise standards.
Anyone who wants to turn ultra-high-power lasers from a research topic into a research tool needs pump sources that cause as few headaches as the pump modules found in today’s laser tools.
Having proved its capabilities in cutting, the TruLaser Cell 3000 now demonstrates its welding skills, too.
Anyone intent on making Industry 4.0 happen has to keep an eye on the details. One such detail is that the success of the smart factory actually comes down to a “talkative” product. The ML1 marking laser leads the way
Keeping pace with the requirements of the automotive industry puts efficiency front and center. This is why Dr. Hur Yoon-Ho, Vice President of Daewon Precision, favors using high-tech laser technology.