Raman spectroscopy is a kind of scattering spectrum. It has wide applications in chemistry, materials, physics, macromolecule, biology, medicine, geology and other fields, because of its unique advantages, such as abundant information, simple sample preparation and small interference of water. With the continuous development of Raman technology, the Raman spectrometer market in China has made great progress.

Since 2017, the domestic and foreign Raman spectroscopy technology is becoming more and more advanced, and the needles have also been developed by new spectral instruments for market demand. Scientific research institutions, colleges and universities, enterprises, enterprises research and develop key technologies and continue to expand the application field, and have made remarkable achievements.

A new innovation after another

In 2017, the technology of Raman spectroscopy is changing with each passing day, and new products emerge in an endless stream. Thermo Fisher compact multi mode design introduced new iXR Raman spectrometer, can be analyzed with single measurement point using a variety of techniques; Agilent's new Raman spectrum of Cora series, the biggest advantage is that the volume phase grating by the high flux (VPG), to ensure the excellent optical performance; the West pat portable laser Raman the spectrometer through the identification, further optimize and improve the performance of spectrometer, in order to meet market demand at home and abroad.

It is foreseeable that in order to cope with the market competition situation, many business with Raman instrument innovation "Lifeng", conveying the application of "weapon" too many to count for the industry, working for the application of environmental protection, food, medicine, science and technology, chemical, laboratory and other fields provides very convenient conditions and technical support.

Technological breakthrough in university institutes

Universities and scientific research institutes, as the most intensive places, provide special resources for technological innovation. Beijing University of Technology Zheng Dawei team developed Raman spectrum detection technology, suitable for rapid screening and detection, provide testing services for food and medical safety; Chinese Academy of Sciences of the Dalian developed successfully developed the first international 457nm laser for short wavelength chiral Raman spectrometer excitation light source, fill our blank in chiral Raman spectroscopy instrument technology; I Chinese scientists by Raman spectroscopic probe independent research found that "combustible ice". This also shows that China's technology and technology are quite good.

Upgrading and upgrading of technology is never the ultimate goal of national technological innovation. How to integrate technology application with the most popular demand in the market and transform scientific and technological achievements into social productive forces is the way for industrial development. Although the application of Raman spectroscopy in China is a little late compared with foreign countries, the application of the Raman spectrum market is still "limitless" under the support of national policy.

Innovation will increase with the increase of practical opportunities, especially the breakthroughs in the high-end core areas. Objectively speaking, the Raman spectrum instrument market has been showing a continuous and stable growth trend. As the fastest growing class of instruments in molecular spectrum, according to the industry data, the market of global labs and handheld Raman instruments will reach 524 million US dollars in 2020, and the annual growth rate will exceed 9%.

Highly coordinated social and economic benefits will be reached by Tektronix, Austria, Agilent as the representative of the domestic instrument quality brands at the forefront of the times on the social market demand, mining deep-seated market demands, to further expand the Raman market application to practical action, survival and development.

Link: China Chemical Instrument Network http://www.chem17.com/news/Detail/117622.html