E-M Experiments

Introducing our high-performance E-M Experiments, which are designed to cater to the needs of students and researchers in the field of physics. With over 22.0 years of experience in the industry, we are proud to offer a range of top-quality products that are unmatched in terms of their performance and reliability. Our featured product list includes Zeeman Effect Apparatus, GM Counter Experimental Setup, E/m By Millikans Oil Drop Method, E/M By Thomson Method, and E/M By Helical Method. Each of these products is excellent in its own right and is designed to provide an unparalleled learning experience to students.Our E-M Experiments come with a range of advantages and features that make them stand out from the competition. Firstly, they are designed to be easy to use, making them ideal for students of all levels. Secondly, they are built to last, with high-quality materials that ensure durability and longevity. Thirdly, they are versatile, with a range of applications that make them suitable for a variety of experiments. Fourthly, they are gorgeous in design, with sleek and modern aesthetics that make them a pleasure to use. Finally, they are unmatchable in terms of their performance, providing accurate and reliable results every time.We are proud to offer our E-M Experiments to customers across India and Asia, with a supply ability that covers both domestic and international markets. Whether you are a student or a researcher, our products are sure to meet your needs and exceed your expectations. So why wait? Order your E-M Experiments today and experience the best in physics education!

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e/m of an electron by Magnetron Valve Method

Price: 10000 INR/Piece
  • Usage:laboratory
  • Warranty:1 year
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e/m by Magnetic Focusing method

Price: 20000.00 INR/Piece
  • Accuracy:99.5 %
  • Detector:Yes
  • Display:Analog
  • Power Source:Electric
  • Product Type:Monitoring System
  • Usage:laboratory
  • Warranty:1 year
  • Delivery Time:7 Days
  • Supply Ability:500 Per Day
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Zeeman Effect Apparatus

  • Accuracy:High precision measurement of Zeeman splitting
  • Design:Bench-top, robust and vibration-resistant design
  • Detector:Photomultiplier tube and optical viewing system
  • Dimension (L*W*H):Approx. 650 mm 320 mm 370 mm
  • Illuminant:Mercury vapor discharge lamp (including 546.1 nm green spectral line)
  • Material:Metallic housing with anodized aluminum components
  • Usage:Laboratory use; demonstration and study of Zeeman Effect
  • Voltage:220 V AC, 50 Hz
  • Delivery Time:4-5 Days
  • Supply Ability:5 Per Week
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E/M By Thomson Method

  • Charging Time:Not Applicable (operates instantly when powered)
  • Design:Bench-top apparatus, compact and sturdy
  • Display:Analog (via meter scale and CRT screen observation)
  • Illuminant:Electron beam inside cathode ray tube
  • Material:Glass tube, Metal stand, Bakelite/metal fittings
  • Power Source:External power supply (not included)
  • Voltage:6V, 90V/250V DC (operating voltages required for tube and deflecting plates)
  • Weight:Approx 5 kg
  • Delivery Time:4-5 Days
  • Supply Ability:5 Per Week
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E/M By Helical Method

  • Design:Compact and durable
  • Display:Analog
  • Illuminant:LED
  • Material:Mild steel and glass
  • Power:50 mW
  • Power Source:Mains Electric
  • Voltage:230 V AC
  • Weight:Approx 8 Kg
  • Delivery Time:4-5 Days
  • Supply Ability:5 Per Week
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E/m By Millikans Oil Drop Method

  • Design:Tabletop Rectangular Setup, Transparent Viewing Chamber
  • Detector:Optical microscope with attached viewing eyepiece
  • Dimension (L*W*H):310 mm x 260 mm x 230 mm (Approx)
  • Illuminant:Built-in Halogen Lamp for Illumination
  • Material:Sturdy Metal Base with Glass Chamber
  • Product Type:Physics Experiment Apparatus
  • Usage:For Determining the charge of electron (e) using Millikans Oil Drop Method in Physics Laboratory
  • Voltage:220 V AC, 50 Hz
  • Delivery Time:4-5 Days
  • Supply Ability:5 Per Week
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