laser welding

laser welding

[′lā·zər ¦wel·diŋ]
(metallurgy)
Micro-spot welding with a laser beam.

Laser welding

Welding with a laser beam. The primary apparatus is the continuous-wave, convectively cooled CO2 laser with either oscillator/amplifier (gaussian output beam) or unstable resonator (hollows output beam) optics. These lasers, available in output powers ranging from approximately 1000 to 15,000 W, have been used to demonstrate specific welding accomplishments in a variety of metals and alloys. Substantial advances in laser technology made possible the production of fully automated multikilowatt industrial laser systems which can be operated on a continuous production basis. These systems can be used for a variety of development programs and on-line production applications. See Laser

References in periodicals archive ?
TABLE 1: Influence of two laser welding parameters on various melt-pool geometry parameters.
Adaptive control of laser welding was introduced in 2005, and the introduction of techniques for handling thicker plate has since proved useful for nuclear decommissioning and welding heavy tanks, pressure vessels and thick pipes.
The Direct Remote Laser Welding Process and System is a remote laser welding system that produces high-integrity welds in coated steels, such as zinc coated steels rapidly, by translating the laser beam on the fly with specific beam travel patterns in order to produce the welds with different shapes such as spot, stich, oval or staple.
The new GLX-3 Laser Welders from Branson Ultrasonics, a business of Emerson, delivers clean, high-speed laser welding of large-format plastic parts with more-complex geometries to meet the growing needs of automotive, appliance, medical, filtration and other applications that require particulate-free welds with superior aesthetic quality.
Laser welding of aluminum alloys has been widely used in different industrial applications such as aerospace and vehicles because of its high productivity and low thermal input [1, 2].
[1] highlighted that laser welding phenomena are satisfactorily understood and provided in-depth analysis of existing methods for deep penetration LBW.
Wellspring Engineering manufactures custom laser welding systems for use in medical device manufacture and related product and process development.
R&E continually looks to expand its areas of service within manufacturing technologies and remains committed to supporting the welding industry and adapting to changes within the manufacturing environment, such as recently adding a laser welding lab for weld development, prototype/service build & training, and a state of the art training center.
Laser welding technology under testing for orbital environment and extreme pressure, temperature cycling
Laser welding techniques began being used in dental offices and laboratories after 1970 [7].
For students, engineers, scientists, and instructors concerned with laser welding, specialists describe various laser or hybrid welding processing; the welding of various kinds of materials; and metallurgical, chemical, and mechanical aspects.

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