15 49.0138 8.38624 arrow 0 both 0 4000 1 0 horizontal http://infrared-energy.com 300 4000 -
Please assign a Header Menu.

Different Uses of Near Infrared


Infrared technology has become a vital tool in different fields over the past years. Did you know that lots of devices that we have in our homes are powered by this kind of technology? It is also a very important industrial tool.

For instance, New Infrared Radiation has been used since way back in the 90s to monitor bioprocess media. The technology has been a real asset in the manufacturing industry. It is used to detect chemical contents and other components of a bioreactor.

This technology has immensely helped manufacturers regulate the amount of nutrients in their substances and optimize compounds as well, resulting in hybrid products.

Near infrared Radiation is also used to tell the chemical properties of substances. This involves the use of electromagnetic spectrum, whose near infrared region is the point of focus.

This technique is used to determine chemical properties such as the near infrared reflectance of substances. It has made diagnosis in hospitals way easier.

 Nowadays, testing blood samples has become more accurate and less complicated, thanks to the NIR technology. Researchers have also benefited from the technology, and can now produce more successful medicines.

The NIR, besides its usefulness in examining the human body, has a number of other interesting uses.

For instance, have you ever wondered what the universe holds far beyond the earth? Well, examining the dynamics of some cool stars has been made possible by the use of the NIR technology.

Astronomers can now determine properties of different stars such as age, mass, chemical composition and spectral type by examining substances from these stars using infrared radiation. This has helped them solve not all, but some of the atmosphere’s mysteries.

There are scientific instruments that use the NIR technology. These machines are used to scrutinize objects, measuring and analyzing their chemical make-up.

Some of these include spectrographs, spectrophotometers and spectrometers. They use infrared transmission to examine objects of interest.

They are used in biology to detect and analyze both microbial and mammalian cell cultures. These machines perform the same functions as the ancient chemistry techniques in identification of cultures. They are also referred to as infrared analyzers.

The industrial sectors have experienced a lot of positive changes today, thanks to the NIR technology.

For instance, the technique has made it easier for manufacturers looking forward to recycle old carpets into new ones by helping them choose the type of carpet fiber to be recycled. Also, sorting out different types of fibers is now like a walk in the park.

You do not have to worry anymore about separating nylon and polyester from cotton and wool. NIR can also be useful in polymer combination.

It helps choose those that will blend well together. And when it comes to the manufacture of medicine, this techhnology is very vital. It ensures that capsules and tablets are effectively manufactured.

Because of its efficiency, the NIR technology has seen its way through most industries’ operations. Researchers have worked to develop more NIR technologies to be used in different fields. In fact, it wouldn’t come in as a surprise if MRI scanners utilize this valuable technology.