If you want to monitor, detect and treat Cyanobacteria on ponds and lakes then you want the best equipment. And that’s where LightForm can help with their cutting edge PARISS spectrograph for cutting edge solutions.
It’s designed to detect micro plastics, characterize nanoparticles and more, but one of its main uses is detecting toxic algae on water. So if you manage lakes or ponds, it can be a great way of protecting fish.
The PARISS Imaging Spectrograph and Spectrometer offers cutting edge solutions and precise spectra measurement. Check it out today to see how the system can help you!
More information can be found at: https://lightforminc.com/products/imaging-spectrometer/
Visitors to the site will find that the newly launched device can provide precise spectra measurement and analysis with low signal to noise ratio.
The laboratory based hardware and software system is a highly adaptable tool that can be applied to numerous real-world situations and use cases.
The prism based system with curved sides produces high levels of optical power that deliver near aberration-free imaging. It also ensures 90% efficiency from 365 to 920-nm.
One of the things that makes PARISS unique is that it utilizes spectral waveform cross correlation analysis in order to best extract signal buried in noise and increase sensitivity.
This can be effective in detecting and analyzing Cyanobacteria, which is commonly found in ponds and lakes. Commonly referred to as blue-green algae, it is a noxious form of aquatic growth that accumulates on the downwind side of the water.
One of the issues with this is that it can be directly toxic to fish and wildlife. When the algae blooms, it produces a toxin that can kill fish when ingested.
It can also cause oxygen levels to drop below the required levels for fish to survive. PARISS can help with discovering, analyzing and combating algae growth on water.
The newly launched PARISS spectrograph can also be used in a wide range of other industries. These include other biological fields, medical research, and the detection of micro plastics in the soil.
LightForm, the company behind the product, state: “Uses include photo-luminescence, solar coatings, cyanobacteria detection, micro-plastics, nanoparticle characterization, spectral histopathology, spectral fluorescence imaging, and many industrial QC applications that require spectroscopic characterization of micron and sub-micron targets.”
Full details can be found at: https://lightforminc.com
