Submicron Spectroscopy Has Been Achieved With Mirage IR

IR Microscopy has always been subject to limitation, which has meant that the value of IR microscopy has always been significantly less than other means of material identification available.

The world leader in nanoscale IR spectroscopy, Anasys Instruments, have changed the field of IR spectroscopy with the announcement of their brand new product – the Mirage IR – which actually makes submicron spectroscopy possible, feasible, achievable – and reliable to boot.

Submicron spatial resolution means, in viable terms, an increase of over 20x the spatial resolution available on anything else on the market. Anasys have been well known as a company which invests heavily in research and development, working with scientific advisors around the world to consistently break barriers with constant invention and discovery – and the Mirage IR is easily considered a game changer in the field of IR microscopy.

You simply cannot achieve submicron spatial resolution on any other product – and the barriers of the theory itself have been pushed with the Mirage IR microscope thanks to Anasys’ excellent research and development team’s collaborative effort. It’s been very many years in the making, but Anasys have well and truly changed the field of IR microscopy with the Mirage IR Microscope.

Anasys’s invention allows for even more pioneering work in the field of IR Microscopy as well. The Mirage IR is not only a device which allows for submicron spectroscopy to finally be achievable – the contact limitations of ATR, as well as dispersive artifacts, have long plagued research pertaining to this method.

The Mirage IR is the first ever IR Microscope which works on thick samples – completely and utterly beyond contact based limitations of ATR. As these limitations are bypassed, a researcher is able to get collections of high quality spectra without error, and without multiple runs being required.

Contactless interpretation has a wealth of other advantages as well, such as making samples on liquids using IR Microscopy perfectly viable for a range of different tests for the first time ever.

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