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Optosky Photonic Inc., the applied spectral knowledge company, has introduced ATR3200 dual-band Raman spectrometer integrate two wavelengths laser sources to detect small sample in many cases in lab is uncertain of wavelengths better for their application. It requires no contact, no treatment to make an undestructive detect. This instrument has advantages of high performance-to-ratio, smart size can detect liquids, including fabrics, biology, alcoholics, crystals etc.

Optical spectroscopy has played a key role in the development of modern physics, from the early confirmation of quantum mechanics predictions of the spectrum of hydrogen to the observation of stars and interplanetary matter by astronomers refining their theory of the universe. Today, optical spectroscopy has become a routine method for the physicists and the astronomers, but also gained acceptance with chemists, biologists and metallurgists, amongst others.

All Optosky team wish you a Merry Christmasand a Happy New Year!!

I hope this new year 2020 bring Peace, Success and Happiness for all of us.

Let us not forget that Optosky providing spectrometer, Raman, FieldSpec,Hyperspectral Camera to you.

Handheld Raman spectrometers are designed for maximum ease-of-use for onsite materials analysis and testing. They have been adapted from a suite of high-analytical benchtop tools that were historically relegated to laboratory settings, providing unprecedented sample utility in a range of market sectors. The sheer range of available applications for handheld Raman spectrometers makes it difficult to narrow the spectrum down to a few likely contenders, but a selection of industries which make use of these tools.

Include:

Art and archeology

Cosmetics, nutraceuticals, and pharmaceuticals

Food and feedstocks

Gems and mineralogy

Nanotechnology

Petroleum and petrochemicals

Plastics and polymers

Safety, security, and forensics

Semiconductors

Teaching and education

The absorbance (also called optical density) of a material is a logarithmic ratio of the radiation falling upon a material, to the radiation transmitted through a material. UV/VIS absorbance measurements encompass a wide variety of chemical and biochemical applications which involve many areas of research and industrial end uses. UV/VIS absorbance can be applied qualitatively and quantitatively in spectroscopic measurement applications ranging from blood parameters to chemical concentrations in process and reaction monitoring.