Green laser frequency reference for science, metrological or laboratory application.
Designed for precision & stability
Frequency Laser Standard is an automatic laboratory laser frequency reference or a laser etalon designed to compare Frequency Laser Standard LJSC-532F is a wavelength reference device designed to be used for calibration and comparison of 532 nm wavelength lasers. The absolute laser frequency is defined by the iodine vapour cell. This is a unique laboratory device with automatic absorption peaks detection and results presentation on the graphic display. It differs from other commercially available lasers in that it requires no calibration in order to realise its full accuracy. LJSC-532F it is very easy to use and its rugged and compact design makes it suitable for laboratory and field applications in precision measurement, laser spectroscopy, and other high accuracy applications.
Laser frequency reference features:
- Fully compliance with the International Committee of Weights and Measures CIPM 97 “Mise en pratique” recommendations for metrology realisation
- Frequency repeatability: 5 x 10 -11
- Frequency stability: 8 x 10 -12
- Compact construction
- Automatic tune/lock-in
- Primary laser reference standards for realisation of the meter
- Calibration reference for stabilised lasers
Why having our laser standard in a laboratory or a service center can be an essential thing?
A 532 nm green laser frequency reference is the tool for scientific research. Precision measurements, and laser equipment calibration are just some applications that this device can be use for. Laser is a precise standard for testing and calibrating laser instrument. It ensures, that measurements and/or experiments conducted with these devices are accurate, reliable and consistent. LJSC-532F laser standard offers exceptional stability and wavelength precision with frequency stability up to 5 × 10⁻¹¹, making it indispensable for demanding lab or science applications. This reference is designed to provide precise source of comparison and allows for a wide range of applications.
Applications in Scientific Research and Education
Scientific institutions often require tools with extremely high precision for tasks such as interferometry, spectroscopy, and laser device calibration. The LJSC-532F meets these needs with its stable output and impressive specifications. The versatility also makes it an excellent choice for universities, where it will serve as a great and easy to use educational and schooling tool. Our laser reference is be used to teach students about precise laser instruments, frequency stabilisation, beam generation. Device offers real life experience and helps to understand precise laser tools and lab equipment.
Consistency and repeatability
One of the main advantages of the Lasertex LJSC-532F is ability to provide consistent and repeatable result. This consistency is critical in scientific application as it helps researchers to validate findings, compare results, and build upon each other’s work without tool standing in the way. The reliable performance that LJSC-532F provides, ensures that data obtained with help of our reference is legit and repeatable.
Industrial Applications and Quality Control
Beyond academical and research usage LJSC-532F is applicable in industrial environment for quality control purposes. It can be used to monitor and maintain the performance of laser-based systems and equipment as well as ensuring, that products meet it’s specification and perform as they designed to. By providing a stable laser frequency reference of 532 nm, the LJSC-532F contributes to maintaining high standards in manufacturing, inspection or other industrial processes.
A Critical Tool for Precision and Calibration
The Lasertex LJSC-532F 532 nm green laser frequency reference plays a pivotal role in metrological laboratory work like calibration, metrology or quality control. Its precision and stability make it an ideal tool for researchers, engineers, and students working in the various fields connected with laser optics, photonics or metrology.
