Fingertip-Sized Micro-Spectrometer by Hamamatsu
Hamamatsu Photonics’ C12666MA has announced a miniature spectrometer contain Micro-Electro-Mechanical Systems and image sensor technologies for a wide field of handheld test instruments.
This micro-spectrometer scans a huge spectral range: helpful for labs and also researchers for quantum yield measurements for studying solar cells. Designed to be versatile, this microspectrometer is a prime candidate for space-challenged environments in which a good deal of analytical acuity is required but functionality is not sacrificed.
The company also provides dedicated measurement systems with the new micro-spectrometer system in the new Quantaurus-QY+ for absolute quantum yield measurements in the VIS and NIR region. The Quantaurus-Tau measures fluorescence and phosphorescence lifetimes of physical and biological samples with single photon counting sensitivity. The NIR version was developed for investigations of solar cells in the NIR spectral region.
It is remarkably compact although covering a quite wide spectral range thus highly suitable for a wide variety of applications-including Raman measurements. The advanced device makes use of dedicated software that is specifically designed to intuitively control the hardware together with a holistic analysis of the data, resulting in precise optical measurements of labs and researchers (Labcritics cannot verify this claim since it has not conducted any experiements of its own).
Easy Spectrometry Option for Laboratories
Hamamatsu’s C12666MA micro spectrometer allows laboratories to leverage ultra-sensitive and precise measurements without compromising on space or cost. Because of its compact design, it is an ideal solution for portable applications, which in turn makes field research and on-the-go diagnostics as well as opening up more space for lab environments possible. Its MEMS increases its accuracy level, making it possible for labs to attempt complex analyses without the bulk of several units. It can even detect the fluorescence of biological samples, or determine the properties of solar cells.
Making Spectrometry as Simple as Microscopy
Hamamatsu streak cameras offers time resolution for high-speed information acquisition, scanning a full spectral range at one time. With the integration of Micro-Electro-Mechanical Systems and sensors, there comes portability and ensures high-performance measurements in spectra within compact spaces. Hopefully the new sensor is seen in more devices for diverse applications.
Know more about this article here.
