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1.  Powder XRD at Room Temperature
Make: Analytical Technologies Limited
Model No.: 3500
X-ray diffraction is a powerful non-destructive powerful technique used to evaluate crystalline materials and determine their structural properties. It involves the interaction of X-ray beams with the electrons around atoms, resulting in a diffraction pattern that provides information about the materials science, chemistry and geology to analyze phase and structural information from samples.
Specification
Anode- Cu1.54184
Detector- SC-scintillaion detector
Filter- Niccolum-Ni
Nature of sample- Powder

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2.  AAS
Optics: Double Beam
Photomultiplier: 185-900 nm
Lamp: 4 lamps at a time
Software: SPECTRAA
Nature of sample- liquid
Applications

• Detection of heavy metals like lead, cadmium, Manganese Chromium in water, soil, and air samples.
• Measurement of trace elements such as calcium, zinc, and iron in biological fluids.
• Determination of metal contaminants and essential minerals in food products, beverages, and supplements.
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• Avail Facility

3.  UV-VIS Spectrophotometer

·  UV–Vis spectrophotometer is an analytical instrument that measures the amount of ultraviolet (UV) and visible light that is absorbed by a sample.
·  It is a widely used technique in chemistry, biochemistry, and other fields, to identify and quantify compounds in a variety of samples.
Software: Carywin UV 50 Bio
Nature of sample- Liquid
Wavelength range- 200nm – 800nm
Lamp- Xenon lamp
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4.  FTIR

IR spectrophotometer is an essential characterization tool to study the vibrational  frequencies of the chemical bonds. It is useful for identification of functional groups present in sample.
  Software: OPUS
  Nature of sample- Solid & Liquid
  Module – ATR ZnSe
  Range- 4000-600 cm^-1
  Maximum resolution- 2
  Source- Mid Infrared radiations
  Beam Splitter- ZnSe
  Detector- RT-DLaTGS
Scanner Velocity- 7.5kHz
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5.  SPECTROFLUOROPHOTOMETER
It is widely used to study electronic properties of molecule. Photoluminescence spectroscopy is an optical technique used to study the electronic structure of materials through the spontaneous emission of light when they are optically excited. The process involves illuminating a sample, leading to electron excitation and subsequent light emission, which allows for the analysis of energy levels, impurities, and the quality of semiconductors.
Make- Shimadzu
Model No. RF-6000
Lamp- Xenon lamp
Software- LabSolutions RF  

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