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Tesla Meter Product List and Ranking from 28 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

Tesla Meter Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. エコー電子 Saitama//Industrial Electrical Equipment
  2. メステック Saitama//Testing, Analysis and Measurement
  3. 大栄無線電機 Tokyo//Trading company/Wholesale
  4. 4 日本電磁測器 Tokyo//Industrial Electrical Equipment
  5. 5 シロ産業 Osaka//Industrial Electrical Equipment
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Tesla Meter Product ranking

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. NMR high-precision teslameter, 3-axis Hall magnetometer (Metrolab) 大栄無線電機
  2. Piezo Driver M-2691 メステック
  3. Metrolab Corporation Magnetic Field Measurement Device Product Overview 大栄無線電機
  4. Magnetic flux density meter Tesla meter (Gauss meter) TGX-1000 日本電磁測器
  5. Piezo Driver M-26107 メステック

Tesla Meter Product List

91～105 item / All 117 items

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X-axis sweeper "EFX-10"

X-axis sweeper "EFX-10"

Output is the X-axis drive signal for X-Y recorders, oscilloscopes, etc.! Measurement is possible even in magnetic fields with poor uniformity.

The "EFX-10" is an X-axis sweeper suitable for experiments involving physical phenomena that depend on magnetic field strength. Using a Hall element, it generates a direct current voltage proportional to the magnetic field strength. By fixing the sensor in the magnetic field generation space, such as with an electromagnet, and operating the panel, outputs suitable for the experimental purpose can be obtained. Please feel free to contact us when you need assistance. 【Features】 ■ Reproducibility ■ Stability ■ Linearity ■ Measurement value calibration ■ Measurement value display ■ Measurement of leakage magnetic fields *For more details, please download the PDF or feel free to contact us.

  • Other measurement, recording and measuring instruments

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NMR Magnetic Field Measurement Device (Tesla Meter) 'ETM-1000F'

NMR Magnetic Field Measurement Device (Tesla Meter) 'ETM-1000F'

Automatic band setting and automatic search with the installation of Hall elements! Measurement can be performed simply by inserting the probe.

The "ETM-1000F" is an NMR magnetic field measuring device (teslameter, gaussmeter) that employs a frequency modulation method without magnetic field modulation. It can measure magnetic fields ranging from 0.1 to 1.8T with a single probe. It is a product that does not disturb the measurement magnetic field environment. Additionally, it is equipped with a liquid crystal monitor that allows monitoring of NMR resonance signals. 【Features】 ■ High precision: Measurement accuracy ±10 microtesla ■ Automatic measurement: Automatic band switching, automatic tracking function ■ Direct reading of magnetic field strength: 7-digit, high-brightness LED display ■ Measurement range: 0.1 to 1.8 tesla ■ Direct viewing of resonance signals: Built-in liquid crystal oscilloscope *For more details, please download the PDF or feel free to contact us.

  • NMR磁場測定器『ETM-1000F』2.JPG
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NMR magnetic field measurement device (teslameter) 'ETM-1600F'

NMR magnetic field measurement device (teslameter) 'ETM-1600F'

FM modulation method! High-precision measurements can be conducted without disturbing the measurement magnetic field environment.

The "ETM-1600F" is an NMR magnetic field measuring device (teslameter/gauges) that employs a frequency modulation method without magnetic field modulation. By adopting a slight modulation method, it has improved accuracy. It provides magnetic field modulation equivalent to the half-width of the NMR signal. Additionally, measurement values can be output as a 7-digit BCD, allowing them to be read into a computer using an external GP-IB measurement unit or USB measurement unit. 【Features】 ■ High precision: Measurement accuracy ±0.1μTesla ■ Automatic measurement: Automatic search function and automatic tracking function ■ Direct reading of magnetic field strength: 7 digits, high-brightness LED display ■ Measurement range: ±0.02T within 0.1 to 0.5 Tesla *For more details, please download the PDF or feel free to contact us.

  • NMR磁場測定器『ETM-1600F』2.JPG
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NMR experimental device "E-25"

NMR experimental device "E-25"

By adding peripheral devices, even broader experiments are possible! Adoption of high-frequency phase detection method.

The "E-25" is an NMR experimental device that observes signals using the CW-NMR method. It features an easy-to-handle bridge system and has a built-in phase detection circuit, allowing for signal detection through magnetic field sweeping. The included electromagnet and power supply can generate a highly stable and uniform magnetic field. Additionally, it can be arranged in a compact layout on a tabletop for experiments. 【Features】 ■ Observation of resonance signals using the CW-NMR method ■ Detection method using high-frequency bridge method ■ Adoption of high-frequency phase detection method ■ Comes with a highly stable dedicated magnetic field generator ■ Many experimental items available *For more details, please download the PDF or feel free to contact us.

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Ultrasonic Experiment Device "EOJ-60A Type"

Ultrasonic Experiment Device "EOJ-60A Type"

A combination of 2 transmitters and 1 receiver! Many experiments are possible, including interference, diffraction, sound speed, and distance measurement.

The "EOJ-60A model" is an ultrasonic experimental device designed to acquire the properties of ultrasound. It is intended for physics students to learn the fundamental properties of ultrasound and propagation characteristics through experiments, and it has been designed to facilitate learning in applied areas such as distance measurement. The operation is easy. Waveforms can be observed with an external oscilloscope, and values for frequency, time, and distance can be read on the built-in display. 【Features】 ■ Learning in both fundamental and applied aspects ■ Easy operation for conducting experiments ■ A variety of experiments can be performed *For more details, please download the PDF or feel free to contact us.

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Pulse NMR experimental device 'EP-350'

Pulse NMR experimental device 'EP-350'

Measure the resonance frequency with a built-in counter! Readings can be taken at a minimum digit of 1 kHz.

The "EP-350" is a fundamental observation device for nuclear magnetic resonance phenomena. A Hall sensor is mounted on the wall of the pole piece, displaying a minimum digit of 0.1 mT. It adopts a single-coil detection method, allowing for highly sensitive observations. The included electromagnet and power supply can generate a highly stable and uniform magnetic field. Additionally, it can be arranged on a tabletop, allowing for experiments in a compact layout. 【Features】 ■ For basic NMR experiments ■ Signal observation can be performed with simple operation ■ FID and echo observations are possible ■ Resonance frequency can be measured ■ Static magnetic field strength can be read directly ■ Comes with a highly stable dedicated magnetic field generation device *For more details, please download the PDF or feel free to contact us.

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MRI experimental device "EP-400"

MRI experimental device "EP-400"

Basic MRI experiments can be conducted, and FID from two types of nuclei can be observed! It is widely adopted for university research institutions!

The "EP-400" is an experimental device that allows basic experiments in MRI using the pulse NMR observation method. The liquid crystal display shows P1 pulse, P2 pulse, P1-P2 width, repetition time, etc., making it easier to reproduce the same conditions. Two types of FID signals, from hydrogen and fluorine, can be observed. Additionally, the front panel is equipped with a liquid crystal oscilloscope, allowing for simple FID signal observation without external devices. 【Features】 ■ Observes FID signals using the pulse NMR method ■ Easy to handle, just adjust the magnetic field ■ Displays each pulse width and repetition time numerically ■ Equipped with a liquid crystal oscilloscope for observation without external connection devices ■ Probe size compatible with standard-sized test tubes *For more details, please download the PDF or feel free to contact us.

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MRI experimental device "EP-450"

MRI experimental device "EP-450"

The magnetic field strength can be adjusted from the main unit! The included magnet uses an air cooling method that does not require water cooling.

The "EP-450" is an experimental device that uses the basic principle of MRI, pulse NMR, to observe signals. Both the envelope detection signal and the FID raw signal can be observed. The NMR frequency is fixed at 10 MHz, and only the magnetic field strength needs to be adjusted. Even though the electromagnet power supply and the electromagnet are integrated, it is compact and lightweight, weighing approximately 25 kg. The main unit can also be operated in combination with other magnets. 【Features】 ■ NMR pulse frequency: 10 MHz ■ Pulse settings: Pulse widths for P1 and P2, width of P1-P2 (when P2 is ON), repetition time ■ Variable range for P2 pulse phase: +270 to -270° (in 90° increments) ■ Observed signals: FID envelope detection waveform and FID raw signal ■ Test tube diameter that can be inserted into the probe: 12 mm ■ Detection method: Single coil method *For more details, please download the PDF or feel free to contact us.

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FID Voltage Monitor "ESD-04 Type"

FID Voltage Monitor "ESD-04 Type"

Quantitatively measure signal levels! Display measurement timing.

The "ESD-04 type" is an FID voltage monitor for pulse NMR experimental equipment. It reads the FID signal and measures the voltage at any desired timing, allowing for quantitative measurement of differences due to sample materials. It is easy to operate, simply connecting to the EP-350 and E-35 type pulse NMR experimental equipment, and measurements are updated when a trigger is input (with a built-in hold function). 【Features】 ■ Measurement timing delay time setting: 200μS to 2mS (variable from 2mS to 20mS in increments of 10) ■ Hold function: possible with the hold switch ■ Input pulse monitor: can be monitored with an LED lamp upon input ■ Timing pulse monitor: can be monitored with an LED lamp upon input *For more details, please download the PDF or feel free to contact us.

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Small Magnetic Field Generation Device "EM-400BP/EMS-10015BP Model"

Small Magnetic Field Generation Device "EM-400BP/EMS-10015BP Model"

Wide magnetic field uniformity is ensured, making it suitable for various NMR experiments and Hall element calibration!

The "EM-400BP/EMS-10015BP model" is a compact magnetic field generation device that can oscillate the generated magnetic field in a sine wave at up to 0.5Hz. The maximum magnetic field can be generated linearly up to ±0.4T. It is equipped with a built-in Hall effect sensor for magnetic field measurement. Additionally, the weight of the electromagnet is approximately 30kg, making it compact and lightweight. It can be transported to the field for Hall effect sensor calibration and other tasks. 【Features】 ■ Wide magnetic field strength: up to 0.4T (EM-400BP model) ■ Pole piece gap: 16mm ■ Pole piece diameter: 70mm ■ Wide high uniformity range: 30μT in the X, Y, Z range of 5mm at the center ■ Current value setting: 10-turn multi-dial FINE volume ■ Hall magnetic field measurement display: minimum digit 1mT, independent display of upper and lower limits or normal magnetic field strength display possible *For more details, please download the PDF or feel free to contact us.

  • electromagnet

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Small Electromagnet "EM-21040C Type"

Small Electromagnet "EM-21040C Type"

Wide magnetic field uniformity that can be used for various NMR experiments, Hall element calibration, etc.!

The "EM-21040C model" is a small electromagnet equipped with a handle for easy transportation. Despite its compact and lightweight design, it generates a maximum magnetic field of 0.4T. It has sufficient thermal capacity, so water cooling is not required. Please feel free to contact us when you need assistance. 【Features】 ■ Wide magnetic field strength: up to 0.4T ■ Pole piece gap: 21mm ■ Pole piece diameter: 50φ (tapered to 42φ at the tip) *For more details, please download the PDF or feel free to contact us.

  • 小型電磁石『EM-21040C型』2.JPG
  • electromagnet

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Experimental Small Electromagnet "EM-46040 Type"

Experimental Small Electromagnet "EM-46040 Type"

Even though it is compact and lightweight, it generates a maximum magnetic field of 0.4T! It maintains a highly stable magnetic field with a water cooling system.

The "EM-46040 model" is a small, lightweight experimental electromagnet with a bitter shape, boasting high magnetic field uniformity. It ensures a wide magnetic field uniformity suitable for various NMR experiments and calibration of Hall elements. Additionally, we also offer the "EMS-08064S model," a power supply designed for the "EM-40050 model" electromagnet. 【Features】 ■ Wide generated magnetic field strength: up to 0.4T ■ Maximum excitation current: 5A ■ Pole piece gap: 46mm ■ Uniformity: 0.1mT/cc ■ Pole piece diameter: 100φ *For more details, please download the PDF or feel free to contact us.

  • 実験用小型電磁石『EM-46040型』2.JPG
  • electromagnet

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Experimental small magnet 'EM-112150P'

Experimental small magnet 'EM-112150P'

By varying the pole piece gap, any magnetic field strength can be set!

The "EM-112150P" is a small experimental magnet with a built-in permanent magnet, allowing it to generate a magnetic field without a power supply. At a pole piece gap of 11mm, it generates a magnetic field of approximately 0.5 tesla or more. It also ensures uniformity of the magnetic field, allowing for NMR signal acquisition. It can be used for various experiments, calibration of Hall elements, and a wide range of applications. Since there is no power supply for the electromagnet, it does not generate heat. 【Features】 ■ Built-in permanent magnet ■ Maximum magnetic field of approximately 0.5 tesla ■ Wide range of magnetic field uniformity ■ Compact and portable ■ No need for water cooling or similar ■ Adjustable pole piece gap to set the required magnetic field strength *For more details, please download the PDF or feel free to contact us.

  • 実験用小型磁石『EM-112150P』2.JPG
  • electromagnet

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ENP-015A-

ENP-015A-

Pulse waves determine the average current with the repetition frequency and the peak charging and discharging current, allowing for a flow of up to 100mA.

The "ENP-015A" is a multi-channel series of pulse-compatible amplified piezo drivers that allows selection of 1 to 5 channels. It amplifies the input waveform to high voltage to drive piezo elements. Each channel can output a direct current of 0 to +150V, with a maximum current of 0.1A. Additionally, it features a built-in high-speed overcurrent protection circuit that responds to pulse currents, and the overcurrent protection circuit also operates for average currents. It cuts off the output and lights up a lamp to indicate operation. 【Features】 ■ Amplifies the input waveform to high voltage to drive piezo elements ■ Designed with a high peak current to accommodate pulse driving of large capacity loads ■ Low noise ■ Amplification factor ■ High-speed overcurrent protection circuit, test report *For more details, please download the PDF or feel free to contact us.

  • power supply

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Pulse-compatible high-speed switch type piezoelectric power supply 'ENP-015S'

Pulse-compatible high-speed switch type piezoelectric power supply 'ENP-015S'

Drive piezoelectric elements at high speed with a 2-input pulse wave. Capable of large amplitude drive from 0 to 150V.

The 『ENP-015S』 is a switch-type power supply for driving piezoelectric elements, which charges to a set voltage at the + edge of a TTL level input waveform and retains the high voltage stored in the piezo element even after the charging pulse disappears, allowing for fast discharge to 0V when a discharge pulse is applied. With a two-stage switch and a semi-fixed variable resistor, it allows for voltage settings from 30 to 150V, enabling drive with a steep rise and fall and large amplitude. An overcurrent protection circuit activates in response to the average current, cutting off the output and illuminating a lamp to indicate operation. 【Features】 ■ Drives piezoelectric elements quickly with a two-input pulse waveform ■ Supplies drive voltage corresponding to pulse width with a one-input pulse waveform ■ Capable of large amplitude drive from 0 to 150V ■ The average current is determined by the repetition frequency of the pulse waveform and the peak current during charging and discharging, allowing for an average current of up to 100mA *For more details, please download the PDF or feel free to contact us.

  • power supply

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