Xiton pumped Q-switched solid-state laser IMPRESS 213

Xiton Laser IMPRESS 213 is a high repetition rate diode pumped Q-switched solid-state laser with the following functions and features:

Function:

Multiple trigger modes: Computer control can be achieved through the RS-232 interface, and multiple trigger modes are supported, which is convenient for users to flexibly set according to different experimental or production needs.

High-precision processing and detection: The output wavelength is 213nm deep ultraviolet laser, with good beam quality and TEM00 mode, which can be used for high-precision micro-processing, such as semiconductor or display repair, etc. It is also suitable for precise measurement in metrology and direct writing applications, such as in fiber Bragg grating writing, it can achieve ultra-fast writing speed, and the written fiber Bragg grating has higher quality. It can also be used in wavelength-sensitive processing, stereolithography, semiconductor detection, photoluminescence measurement and other fields.

Features:

Extremely short ultraviolet wavelength: The deep ultraviolet wavelength of 213nm can achieve feature size processing less than 1µm, which is suitable for applications with extremely high precision requirements.

Slot-mounted laser diode pumping: This pumping method has the advantages of compact structure and high stability, which is conducive to improving the overall performance and reliability of the laser.

Excellent beam morphology: It has an excellent TEM00 beam mode, beam quality M2＜1.6, close to the diffraction limit, which can ensure high energy concentration and stability of the laser during transmission and focusing, thereby achieving high-precision processing and measurement.

Ultra-low operation and maintenance costs: Compared with traditional light sources such as argon ion lasers, it is a truly energy-saving device, and it is easy to control the temperature through a closed cooling system. In addition, its compact structural design and small footprint keep the operation and maintenance costs at a low level.

"Green optoelectronics": It has high energy utilization efficiency during the working process and is environmentally friendly.

24/7 continuous industrial use: It has high reliability and can meet the requirements of long-term continuous operation in industrial production. It can operate stably under the conditions of 24 hours uninterrupted and 7 days a week, providing reliable light source guarantee for large-scale production.