IEEE 2999-2023

This guide defines and classifies industrial ultrashort pulse lasers and specifies the required parameters that should be included in industrial ultrashort pulse laser products, such as maximum average output power, pulse width, power stability, effective spot diameter, divergence angle, spot roundness, beam quality, signal-to-noise ratio, polarization direction, extinction ratio, pulse power stability, pulse rise/fall edge, pulse rise/fall time, position synchronized output, and environmental reliability. This guide also provides testing methods for the necessary parameters of industrial ultrashort pulse lasers.

The purpose of this guide is to provide definitions, classifications, and parameters that can be used to improve the mutual compatibility of products from industrial ultrashort pulse laser manufacturers, laser processing equipment integrators, and end users; improve the quality of ultrashort pulse laser products; and promote the development of the ultrashort pulse laser industry. At the same time, this guide may help manufacturers of industrial ultrashort pulse lasers that meet the recommended parameters of this guide to achieve sound development, protect the interests of integrators and end users, and protect the living space of manufacturers.

New IEEE Standard - Active. Defining and classifying industrial ultrashort pulse lasers and specifying the required parameters that should be included in industrial ultrashort pulse laser products, such as maximum average output power, pulse width, power stability, effective spot diameter, divergence angle, spot roundness, beam quality, signal-to-noise ratio, polarization direction, extinction ratio, pulse power stability, pulse rise/fall edge, pulse rise/fall time, position synchronized output, and environmental reliability are discussed in this guide. This guide also provides testing methods for the necessary parameters of industrial ultrashort pulse lasers.