Laser system calibration, laser parameter measurement and laser quality inspection

Since the origin of laser technology in the 1960s, the related applications are all over the manufacturing, communication, medical and other fields, which greatly improves the production efficiency. Laser technology and products in various industries have formed a relatively complete industrial chain. In the 21st century, with the encouragement and support of a series of policies, China's laser industry is developing more rapidly, the technical level is constantly improving, and the application field is also being further broadened. Today, China has a dominant position in the global laser market, and the demand for laser quality detection is gradually increasing.

In the field of industrial laser, FIS4 wavefront interference sensor can be used for laser system calibration, laser parameter measurement and laser quality detection, and is the preferred digital interference sensor with advanced technology in scientific research and workshop field detection.

Measurement advantage

No reference surface required to avoid impact

High energy pulse beam quality detection

Common channel interference, strong anti-noise ability

On-site, real-time, online detection

Industry application field

laser

optical maser

Laser experiment

The wavefront error and phase distribution of the laser beam are monitored in real time through non-contact detection

With the advancement of science and technology, high-power laser has been widely used in industrial processing, medical surgery and scientific research. With the increasing power of various lasers, the difficulty of laser detection and calibration is also increasing. The performance of high power laser directly affects the accuracy and efficiency of operation, so it is necessary to accurately detect its output power and beam quality.

The FIS4 wavefront interference sensor can monitor the wavefront error and phase distribution of the laser beam in real time through non-contact detection, thus ensuring the stability and consistency of the laser output, improving the safety and reliability of the laser application, and optimizing the operation process, bringing significant economic and technical benefits to the user.

Measurement advantage

No reference surface required to avoid impact

High energy pulse beam quality detection

Common channel interference, strong anti-noise ability

On-site, real-time, online detection

Measurement example

Near infrared transient pulse laser wavefront interference detector

Grating interferogram

Reconstructed wavefront diagram

Related products

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Address::Nanjing University Science Park, 8 Yuanhua Road, Xianlin, Qixia District, Nanjing, Jiangsu Province


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