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Carbon is the most abundant element in the nature. It has low cost, long life, high temperature resistance, diverse stuctures, and high specific capacitance of carbon materials. It is currently the most active research direction in the field of electrochemistry. It is also the one of the inportant topics in the development of clean & renewable energy, and play a vital role in electeic cars, mobile communications, solar and wind power, aerospace and defense technology, etc.

The research of carbon nanotechnology is quite active in recent years. Common carbon materials is graphene, graphite, carbon nanotubes and carbon black, etc. They all show the unique electrical conductivity, thermal conductivity and mechanical strength. It's all due to the unique structure of each allogtaft. However, how to describe the types and quality of different carbon nanomaterials in a simple quite way to effectively monitor, control production and later application is an inportant issue. Because of the molecular vibration characteristics of nanomaterials, Raman spectroscopy has been widely used in the research field of carbon nanomatericals. It is a fast, simple, and ideal analysis tool for characterizing carbon materials.

 As we all know, the spertra of Raman and fluorescence is similar. It is difficult to eliminate error availably. Conventional visible light, 785nm laser Raman specterometer are susceptible to interference from high fluorescence easily. Which is obstacles to rapid detection.

Good news is that optosky launched a high sensitivity & 1064nm wavelength portable Raman analyizer, ATR3110, to avoid most fluorescence interference.

Thanksgiving to customers always support Optosky.

With warm hearted and best wishes to you and your family.

Optosky has launched ATR8000 All-auto & through-put portable Raman spectrometer to celebrate such big event, Hurray!