Laser welding is also known as Laser Beam Welding. It is a commercial process that is used to fuse several pieces of metal together. It works by pointing a laser beam at a joint, then moving the beam along that joint. This will melt the metals, fuse them together and make them solid again.
This process is usually used to create a continuous line or spot welds within a specific area. Laser welding can be divided into two categories. Laser conduction welding directs the laser beam to a particular area. This relies on the conductivity of the metal melting to conduct heat into the joint. The material being welded turns from liquid to solid, then back to solid, and it is welded. You can get laser welding services at https://www.protolase.com/.
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Laser penetration welding uses a laser beam that is directed at a specific area. This laser beam can then focus on a stack of materials that need to be melted together. The beam can concentrate in a single spot to melt the metals. The material will then evaporate and form a hole as thick as the one that was heated.
It is then welded after the metal has been heated and cooled down. This is similar to spot lapping. Two types of lasers are used in this process: the Gas Laser, which uses a mixture of gases, such as helium, carbon dioxide, and nitrogen, and the Solid State Laser, which uses a solid media such as a synthetic ruby aluminum oxide or gas. Both types of lasers can operate in continuous streams and pulsed modes.
Laser welding is a versatile process that can be used on many sheets of steel, including carbon, HSLA, and stainless. It can also be used on aluminum, titanium, aluminum, and stainless. You will need to protect against cracking in certain cases, such as carbon steels. This type of welding can produce a high-quality weld, and it can be very fast depending on the thickness of your piece.