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How Does a Hand Held Laser Welder Work

Views: 961 Author: Susie Tan Publish Time: 2023-03-16 Origin: www.horeylaser.com

What’s Laser Welding ? What’s the Laser Welder Handheld?

Laser welding utilizes a laser beam as a focused heat supply to enroll in more than one piece together. turning in a targeted warmness supply, laser welders create a strong seam at a high velocity.

Hand held laser welding machine is different from traditional ,it’s with one handle ,you can pick it anywhere ,it’s so convenient for your welding

Hand-held Laser Welding Machine -- Working Principle

As the surface absorbs the laser's light, it vaporizes the metal, creating a gap known as a "keyhole." When the pulse ends, the liquefied metal surrounding the keyhole flows inside, resulting in a weld between the two surfaces.

Welding joins metals together via heating them until they melt. It dates up to the Bronze Age when humans melted copper alloys and pounded them together on flat surfaces such as anvils using hammers.

Today, welded products are everywhere, from the cars you drive to the planes you fly and the skyscrapers in which you work. Welding techniques are constantly developing and also in the use of powerful lasers, robots and computers.

In 2010, there were 337,300 people working as welders, cutters, soldiers and braziers in the U.S., earning an average salary of $35,450, the Bureau of Labor Statistics says. The number of jobs in this field is expected to grow by 15% between 2010 and 2020.

Handheld Laser Beam Welder -- Laser Technology

"Laser" is an acronym for "light amplification by stimulated emission of radiation." They represent high energy beams generated at one or more discrete frequencies. Two types of lasers can be employed for welding. The first kind involves hard optics, or the use of mirrors and lenses to focus and deflect the laser beam. The second kind involves fiber optic cables to channel the laser beam with little loss of energy. One of the main advantages of fiber optic lasers is that they allow for the repositioning of the laser beam, whereas hard-optic lasers require the object being worked on to be moved.