Wavelength measurement and analysis of CW lasers and mode-locked lasers can be easily performed across a wide bandwidth with high wavelength resolution. Moreover, the near-infrared range is quite affordable.
The WaveScan laser spectrometer features a compact design. Its grating rotation method enables high scan rates with a simple single-element photodiode, providing low-cost measurements in the visible and near-infrared wavelength range. It is possible to easily measure the spectra of CW lasers and mode-locked lasers with a high wavelength resolution of less than 0.2 nm (depending on the measurement wavelength range). For measurements longer than 1.1 μm, it is more affordable compared to CCD-based spectrometers while still allowing for high wavelength resolution measurements. Additionally, the WaveScan-USB can be easily operated, controlled, and data can be saved from a PC (Windows).
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basic information
●Measurement wavelength range/Optical bandpass: 200-1050nm (UV2) / <0.2nm 350-800nm (Blue HR) / <0.1nm 500-1600nm (VIS/IR) / <0.2nm 800-1600nm (IR) / <0.2nm 1000-2600nm (Extended IR) / <0.5nm ●Wavelength accuracy: ±0.2nm, ±0.1nm (for Blue HR) ●Scan rate: 6Hz ●Fiber input (SMA, FC/PC, FC/APC) option
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Applications/Examples of results
Measurement of the spectrum of CW lasers and mode-locked lasers with high wavelength resolution.
Company information
Our company started with the import and sales of laser oscillators and optical devices and components, and has developed through the import and sales of innovative and original electronic optical devices from around the world, as well as the provision of advanced technical services. Our main products include a variety of laser light sources ranging from semiconductor lasers to nano, pico, and femtosecond lasers, along with various devices and measurement instruments for their adjustment and control. In the field of optical spectroscopy and analysis, we offer high-performance multi-spectral fiber-coupled spectrometers and their application measurement systems (color, luminescence, absorption, Raman spectroscopy, fluorescence, plasma, LIBS, etc.), as well as thermal imaging IR cameras. Furthermore, in response to the development of thin film technology, we handle thin film measurement instruments such as thin film adhesion strength testers and optical interference film thickness monitors. Moving forward, we will enhance various applications and after-sales services to respond quickly to user demands. We will continue to firmly establish ourselves in the fields of light and nanotechnology, adapting to market trends and aiming for further development as a frontier trading company that serves everyone.
