Let’s explore the transformative aspects of FTIR spectrophotometers and delve deep down into the molecular structure of chemical, organic, or inorganic compounds. Trust our instruments of FTIR spectroscopy, empowering your analytical journey with more accuracy and precision.
FTIR spectroscopy is a game changer in industries like pharmaceuticals, textiles, forensic labs, etc. To enhance quality and reduce costs, you can rely on us as FTIR spectrophotometer manufacturers in India.
With their high sensitivity, accuracy, and speed, FTIR spectrometers are used to observe the compositions and precise analysis in the pharmaceutical and chemistry industries, and we take immense pride as FTIR spectrometer manufacturers in India, serving Ghana as well.
How Does FTIR Spectroscopy Work?
FTIR spectrophotometer is an instrument used to find the molecular structure of chemical compounds, such as polysaccharides, polymers, organic, and sometimes inorganic. To carry out the procedure of spectroscopy, an instrument emits radiation of infrared light across a spectrum, where the sample is placed.
These radiations from the source interact with the molecules of the sample, and certain wavelengths are absorbed by the molecules of the sample. The unabsorbed radiations are detected by the detector and converted into a signal that represents the absorption patterns.
Now these signals are processed by an FTIR spectrophotometer, converting them into a spectrum. The spectrum is being analyzed by the spectrophotometer and quantifying the corresponding molecular structure of the sample along with the associated functional groups and other important information like impurities, if any.
Spectroscopy is the prime technology to carry out the molecular analysis and composition of unknown compounds.
FTIR Spectrophotometer:
When a spectrum is emitted or absorbed by the molecules collected by the computer, it is analyzed to find out the chemical constituents of the compound. In this process, the molecules and IR light of different wavelengths interact differently, forming a spectrum of the light being absorbed by the molecules. This instrument primarily works on interferometry.
Each constituent or molecule of the compound creates a different spectrum of different wavelengths, making it easier to analyze the composition of the chemical and drug.
To analyze the molecular composition of the compounds and make the research and analysis more improved and reliable, FTIR is recommended.
What We Can Find Using a FTIR Spectrometer
- Chemical composition of the compound
- Active Functional Group in Compounds
- The molecular structure of the compound.
- The purities and impurities in the compound
- Polymer Formation
- Protein, RNA, and DNA Structure.
- Gene Expression Analysis
Where We Can Use FTIR Spectrometer:
- Biological analysis
- Chemical Industry
- Pharmaceutical Industry
- Various scientific studies
- Environmental science and studies
- Research and development
- Genetic studies.
FTIR Spectrometer: Your Trusted Partner in Research & Analysis
We understand the need for your research and analysis. Hence, we are ready to equip your lab with a conceited innovation in the range of a spectrometer. Being a manufacturer and supplier of FTIR spectrometers, we bring a blend of innovation and cutting-edge technology and are committed to delivering your companion of research and analysis to make it an easy-to-go process. These FTIR spectrometers will make your analysis more precise and accurate.
To carry out your in-depth analysis, it is essential to choose wisely the manufacturer and exporter of FTIR spectrophotometers in India. While choosing a spectrometer, your need, budget, speed of the equipment, and accuracy of the analysis can be considered. Considering a sample procedure before the order confirmation is a wise decision.
Industrial Uses Of FTIR Spectrometer
As we already discussed, the primary uses and industries have mainly requirements of the FTIR spectrometers. Following are some primary industries where these FTIR spectrometers are used:
- Chemical Industry:
FTIR is commonly used to identify the chemical compositions of substances, and hence it is a prime tool to be used in chemical analysis using infrared spectroscopy. To identify the functional groups and other specifications, FTIR is being used.
- Environmental Analysis:
With precision, these spectrometers also identify and analyze the air, soil, and water contaminants. Also being used to monitor the greenhouse effect.
- Forensic Studies:
It is very common t suspicious substances to use the FTIR spectrophotometer in forensic laboratories to identify the evidence, detect counterfeits, and analyze them.
- Pharmaceutical Industry:
To analyze and identify the active ingredients, and contaminants, necessary to ensure the drug quality. Hence, FTIR spectrometry plays a vital role in the identification and quantification of drugs.
- Biological Analysis:
Another important area is where the FTIR technique is used to carry out the analytical procedures to find out the molecular structures of biological molecules, proteins, RNA, and DNA. Genetic studies is when the lab is equipped with innovative technology.
- Material Charcteriztion:
To study and analyze the properties of polymers, coatings, and composites, FTIR spectroscopy is a reliable technique. Analyzing the chemical structure, and properties, and monitoring degradation help in the identification and characterization of the material.
Why Us?
FTIR is a technology to bring out the vital accuracy of your analysis procedures. We as a trusted manufacturer of FTIR spectrometers bring you top-notch quality, reliability, and accuracy in your research. To equip your laboratory and research with innovation, we strive to be your trusted partner.
