Selectively Welding with Focused White Light
Welding is an essential process for many industrial and professional applications, often used when two or more metals need to be joined together. This process is usually done using a high-temperature flame and sparks, resulting in a melted and disfigured metal area as the joined parts are fused together. However, this method is not ideal for metals with thin walled structures, or for jobs that require a precise degree of accuracy. Selectively welding with focused white light has been developed to meet these needs and has become increasingly popular over the last few years.
The main purpose of selectively welding with focused white light is to work on metals that cannot be joined by conventional welding techniques. Instead of using a heat source, a focused white light beam is applied to the area to be welded. The white light itself is absorbed by the metal, causing an ionization effect in the area and eventually creating strong enough bonds between the two materials to keep them together.
The main advantage of this method over traditional welding is the overall accuracy of the weld. By applying the light precisely to the desired area and controlling the parameters of the light, more intricate designs and more exact measurements can be achieved. Furthermore, the heat involved with white light welding can often be much less than with traditional methods of welding, helping to protect any nearby parts or components from excessive heat damage.
Another important factor to consider when deciding whether or not to use focused white light welding is the cost. While the cost of this technology is still relatively high, it is much lower than the cost of some other welding methods, making it an attractive option for many businesses. Additionally, since the light used in this process can often be used for years without needing to be replaced, the long-term cost savings associated with this method may more than make up for the initial expense.
Lastly, there are a number of safety benefits associated with using focused white light welding as well. The light used in this process is usually ionizing radiation, which can be hazardous if not properly handled. Thankfully, it has been found that the risks associated with using this type of welding are usually much lower than those associated with other welding techniques.
Overall, focused white light welding has become an increasingly popular welding technique over the last few years. It offers several advantages over traditional methods of welding, including accuracy, cost savings, and improved safety. For these reasons, it is an ideal choice for many different types of fabrication.
