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Physics Lab & Experimental Lab Setups

This experimental lab setups, dielectric constant apparatus, physics lab setups, hall effect experiment, scientific lab setups, electronic lab setups, experimental laboratory setups, scientific laboratory setups, scientific dielectric constant apparatus, physics laboratory setups, lissajous figure apparatus, stefan constant apparatus, dielectric constant apparatus, choke charateristics apparatus, hall effect measurement equipments, thermoelectric e.m.f, young''s modulus''s, modulus of rigidity, poisson s ratio of the material, etc requires guidance of experienced technocrats who are highly qualified and proficient in their job. These lab setups include sophisticated tools and equipment which are essential and assist the students in their learning process.

Experimental Lab Setup

Experimental Lab Setup


We are engaged in providing Experimental Lab Setup which include lissajous figure apparatus, stefan constant apparatus, dielectric constant apparatus, hall effect experiment, choke charateristics apparatus etc
  • ME 821: Measurement of High Resistance using Substitution Method
  • ME 822: Lissajous Figure Apparatus
  • ME 823: Stefan Constant Apparatus
  • ME 824: Dielectric Constant Apparatus (Solid & Liquid)
  • ME 825: Hall Effect Experiment
  • ME 826: Fourier Analysis Kit
  • ME 827: Measurement of Susceptibility of Paramagnetic Solution by Quinck's Tube Method
  • ME 828: Heat Efficiency of an Electric Kattel
  • ME 829: Choke Charateristics Apparatus
  • ME 830: Inductance Measurement (using Impedance at Different Frequencies)
  • ME 831: Determine the Height of Tower with the Help of Sextant
  • ME 840: GM Counter Experimental Setup
  • ME 850: Determine The Ballistic Constant of a Ballistic Galvanometer
  • ME 851: Determine The ECE of Copper using Tangent Galvanometer
  • ME 852: Determine the Wavelength of Sodium Light by Fresnel s Bi prism Kit
  • ME 853: Determine the Focal Length of Two Lenses by Nodal Slide and Locate the Position of Cardinal Points
  • ME 854: Determine the Specific Rotation of the Cane Sugar Solution with the Help of Polarimeter
  • ME 855: Determine the Wavelength of Spectral Lines using Plane Transmission Grating
  • ME 856: Determine the Viscosity of a Liquid by Stoke’s Method
  • ME 857: Determine the Frequency of AC Mains by Electrical Vibrator
  • ME 858: Determine the Wave Length of Sodium Lamp by Newton Ring Method
  • ME 859: Determine Magnetic Field using Stewart and Gee’s Apparatus
  • ME 860: To Determine the Velocity of Ultrasonic Waves by using a Crystal
  • ME 861: Laser Experimental Setup With Diode Laser


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Physics Lab Setups


We are offering Physics Lab Setups which includes thermoelectric e.m.f. with temperature for a copper iron thermocouple, by means of a potentiometer, sodium vapour lamp 55 watt fitted in box with transformer, mercury vapour lamp 80 watt fitted in box with choke, determine young's modulus's, modulus of rigidity and poisson s ratio of the material of a given wire by searle' s dynamical method, etc.

  • ME 861: Laser Experimental Setup with Diode Laser
  • ME 861H: Laser Experimental Setup with He-Ne Laser
  • ME 861L: He-Ne Laser with Power Supply
  • ME 862: High Resistance by Leakage Method
  • ME 863: Thermoelectric e.m.f. with temperature for a copper iron thermocouple, by means of a potentiometer
  • ME 864: Calibration of Voltmeter using Potentiometer
  • ME 865: Determine Young's modulus's, modulus of rigidity and poisson s ratio of the material of a given wire by Searle' s dynamical method
  • ME 866: Determine the Frequency of a Tunning Fork with the help of Sonometer
  • ME 867: Determine the Frequency of A.C. mains by means of a Sonometer
  • ME 868:Determine the Dispersive Power of theMaterial of thePrism for Violet 8 Yellow Colors of Mercury Light with the Help of Spectrometer
  • ME 869: Determine the Resolving Power of Telescope
  • ME 870:Determine the Wave Length of SodiumLamp by Michelson Interferometer
  • ME 871:Determine the Refractive Index of Liquid using Diode Laser
  • ME 872L:Determine the Malus Law using Diode Laser ME 873 Determine Ihe Brewster Angle using Diode Laser
  • ME 891:Sodium Vapour Lamp 35 Watt fitted in Box with Transformer
  • ME 892: Sodium Vapour Lamp 55 Watt fitted in Box with Transformer
  • ME 893: Mercury Vapour Lamp 80 Watt fitted in Box with Choke


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Physics Lab Setups

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