FTIR Spectrophotometer, the apex FTIR Spectrophotometer Manufacturer & Exporter in India, manufactures quality science lab supplies as well as scientific instruments that are geared for schools, engineering laboratories, sophisticated research laboratories, and many others. Many different types of scientific lab equipment are manufactured and distributed by the company. Still, the FTIR spectrophotometer is the most popular and heavily exported by them as the leading FTIR Spectrophotometer manufacturer & Exporter In India.
The FTIR spectrophotometer is an invaluable instrument. It enables scientists to rapidly and precisely determine the chemical composition of samples by measuring light absorption or emission wavelengths and then using this data to analyze them further. It’s used for various applications, such as quality control at manufacturing plants, forensic investigations, and more.
FTIR is an invaluable tool, enabling scientists to analyze a broad array of materials ranging from rocks and mineral samples, pharmaceutical products, blood, environmental samples, and more. Top FTIR spectrophotometer manufacturers provide cutting-edge devices capable of detecting trace metals from environmental samples, testing pharmaceutical products for purity, measuring vitamin concentration in foods and beverages, and even backtracking manufacturing processes – one medical device manufacturer discovered unknown fibers within plastic packaging trays using this technique!
An FTIR spectrophotometer offers more versatility than its UV-visible counterpart, which only measures monochromatic ultraviolet and visible light wavelengths. By considering all electromagnetic frequencies spanning from infrared through visible, an FTIR spectrophotometer has become an indispensable asset in numerous industries.
To accurately assess a sample’s composition, an FTIR spectrophotometer uses infrared light as a source before measuring transmission or reflection light waves to form its spectrum. After gathering its results, Fourier transform infrared spectroscopy is employed to interpret them to establish the chemical composition of a sample.
An FTIR spectrophotometer’s features are tailored for maximum convenience and reliability. Its fully sealed moistureproof interferometer and IR source prevent temperature and humidity fluctuations from altering its accuracy. Check out the latest features and numeric data of the most advanced models with us, the leading FTIR spectrophotometer supplier.
Salient Features of Latest FTIR Spectrophotometers With The Best FTIR Spectrophotometer Supplier
Core Features:
- Wide Spectral Range: 4000 – 400 cm^-1 (mid-infrared)
- High Resolution: Down to 0.4 cm^-1 or better
- Excellent Signal-to-Noise Ratio (SNR): 40,000:1 or higher
- Fast Scan Speed: Spectra acquisition in seconds
- Compact and Portable Design
Advanced Features:
- High Sensitivity: DLaTGS or MCT detectors
- Wide Dynamic Range
- Automation and Software Integration
- Advanced-Data Analysis (spectral libraries, quantitative analysis, chemometrics)
- Multi-Component Analysis
- Hyperspectral Imaging (in some models)
Additional Features:
- Atmospheric Compensation
- Validation and Compliance (GLP/GMP)
- Remote Access and Control
- Touchscreen Interface
Numeric Data:
- Wavelength Accuracy: Better than 0.01 cm^-1
- Wavelength Repeatability: Better than 0.005 cm^-1
- Photometric Accuracy: Better than 0.1%T
- Photometric Linearity: Better than 0.1%
- Scan Speed: Up to 100 scans per second
Note: Specific specifications may vary. Consult our experts at the FTIR spectrophotometer exporter before selecting a model.
Vast Industries Served By Prime FTIR Spectrophotometer Manufacturer In India
FTIR involves subjecting samples to beams of infrared radiation and measuring how different molecular bonds absorb specific frequencies, thus producing a spectrum that provides insight into the material composition of solids or liquid samples. It provides non-destructive analysis for solids or liquids.
Detection of contaminants
FTIR can be an extremely effective tool for identifying contaminants in polymers and surface coatings and their chemical makeup—something that can aid with quality assurance processes during production processes.
This technique utilizes a sample’s ability to absorb light at specific wavelengths. The Michelson interferometer on a spectrometer splits it into two paths before recording intensity differences between each path analyzed by the spectrometer’s Michelson interferometer. Finally, these are depicted as an interferogram and transformed into a spectrum through Fourier transformation.
FTIR analysis is an efficient and fast way of detecting organic and inorganic contaminants. As an alternative to other laboratory testing methods that require more complex equipment and labor-intensive preparation procedures, FTIR testing has grown increasingly popular as an alternative testing option.
Detection of oxidation
An FTIR spectrophotometer is an invaluable tool for tracking chemical reactions, measuring levels of oxidation in processes, and detecting trace contaminants within processes. Easy to use and offering multiple measurement capabilities, its noninvasive nature allows it to measure solids, liquids, and gases alike without interference from bubbles, particles, water, or any other impurities in continuous reaction cells.
Detection of aging
An FTIR spectrophotometer operates using interferometry. An infrared beam passes through a beamsplitter and back to the mirrors, modulating their position to capture the sample’s infrared spectrum and record it. This enables the instrument to identify materials and detect contaminants or degradation products, making identification and quantification easy.
Detection of degradation
FTIR analysis can detect degradation products that impair the functionality of polymers and coatings and raise safety issues. By quickly detecting contaminants, FTIR analysis provides valuable quality control during manufacturing.
The FTIR spectrometer uses interferometry to record an absorption pattern from a sample before using the Fourier transform to convert this signal into a spectrum. It allows conversion from length dimensions (displacement of the mirror in cm) into wavenumbers of cm-1 length dimension (displacement).
In summary, FTIR exported by our export division FTIR spectrophotometer exporter is a valuable tool for:
- Identifying contaminants in various materials
- Monitoring chemical reactions and oxidation processes
- Assessing aging and degradation of materials
- Providing quality control in manufacturing
Place the order today with the best FTIR spectrophotometer supplier and manufacturer in India and bring leverage to your lab
