Laser Welding Technology Engineering
Description
The main objective of the HDE Laser Welding Technology Engineering Manual is to explain the behavior of materials during laser welding and how the quality of the laser beam, beam delivery optics, tooling, weld geometry and shielding gases affect it. The Algorithms supplied with the Manual will assist you computing the weld schedules for conduction and keyhole weld. Computing the pulse shape and optimizing it to reduce transient heat and minimizing heat input.
Laser Welding Technology Engineering
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Frequently Asked Questions
The main objective of the HDE Laser Welding Technology Engineering Manual is to explain the behavior of materials during laser welding and how various factors affect it.
The manual includes algorithms that assist in computing weld schedules for conduction and keyhole weld, as well as optimizing pulse shape to reduce heat input.
The manual covers the characteristics of pulsed laser welds, including computation of pulsed laser parameters and optimization techniques for transient heat and cooling rate.
The section on CW laser welding covers the characteristics of CW welds, setting up a new CW laser welding job, computation of pulsed laser parameters, optimization techniques, and examples of industrial applications.
Yes, the manual covers weld defects and their sources, as well as corrective actions. It also includes information on weld inspection methods, both destructive and non-destructive.