Betty Butterfly, Author at FindLight Blog » Page 3 of 37

The new technology of Jewelry Laser Welding has seemingly revolutionized the jewelry industry. With what appears to be a few simple flashes of light, jewelers are now able to repair countless valuable ...

Why Measuring Temperatures at Micro-Scale is so Difficult? Scaling temperature measurement techniques from the macro- to micro-scale proves quite difficult due to the evasiveness of temperature sensing ...

Powder stream and directed energy deposition Directed energy deposition (DED) is an innovative manufacturing technique. This method has a significant potential for the creation of novel materials. ...

Introduction In the tech industry, having a strong foundation of skills and practical experience is crucial for success. Arduino is a popular platform that offers a low-cost and accessible way to learn ...

One of the many gifts that technological innovation within the last century has given us is the creation of the barcode. They often serve as the bridge between physical and online content. The partnership ...

Introduction In this article, we discuss the effect of shaped laser beam profiles on melt thermal flow. This discussion is based on the research conducted by the scientists at University West and Institute ...

Introduction The construction industry has always been at the forefront of innovation and advancement, constantly finding new ways to improve efficiency and reduce waste. In recent years, the introduction ...

The development of laser technologies in recent decades has uncovered a vast range of marking and engraving applications. Ranging from aerospace implementations to usage for more personal projects, laser ...

Particle accelerators can cut silicon. In general particle accelerators have had many applications for the field of particle research, physics, and have broadened our understanding of matter. On top of ...

Plasma Arc Cutting, commonly referred to as PAC is a manufacturing process that is associated with a range of electrically conductive materials such as stainless steel, manganese steel, titanium alloys, ...