エコー電子 Product Lineup

The "EM-122000 model" is a high-performance electromagnet that is easy to move thanks to its casters. It ensures a wide magnetic field uniformity suitable for various NMR experiments and calibration of Hall elements. With sufficient thermal capacity, it can maintain high stability when used in conjunction with water cooling. Please feel free to contact us when you need assistance. 【Features】 ■ High-performance electromagnet that can be moved ■ Maximum magnetic field of 2T ■ Wide range of magnetic field uniformity ■ High stability with water cooling method *For more details, please download the PDF or feel free to contact us.

• electromagnet

In the field of materials science, various analytical methods are used for material evaluation to understand the structure and properties of materials. In particular, information regarding the composition and molecular structure of materials is crucial for predicting their performance and considering improvement measures. The EP-450 is a compact experimental device that allows for the empirical observation of FID signals through the pulse NMR method, which is the fundamental principle of MRI. The NMR frequency is fixed at 10 MHz, and signal observation is possible simply by adjusting the magnetic field strength, making it useful for learning the basics of material evaluation. 【Application Scenarios】 - Structural analysis of polymer materials - Evaluation of composite materials - Assessment of material degradation 【Benefits of Introduction】 - Enhanced understanding through visualization of FID signals - Improved experimental efficiency due to simple operability - Contribution to the research environment through space-saving design

• Other electromagnetic analysis equipment

In the battery industry, the composition and state of the electrolyte significantly affect battery performance. Understanding the structure and behavior of the electrolyte at the molecular level is crucial for its analysis. In particular, detailed investigation of the movement of ions in the electrolyte and their interactions with the electrodes can lead to improvements in battery efficiency and lifespan. The pulse NMR-based MRI experimental device 'EP-450' is useful for analyzing electrolytes. 【Application Scenarios】 - Composition analysis of electrolytes - Behavior analysis of ions in electrolytes - Research on interactions with electrode materials 【Effects of Implementation】 - Streamlining the evaluation of electrolyte properties - Accelerating research and development aimed at improving battery performance - Supporting the development of new electrolyte materials

• Other electromagnetic analysis equipment

In the textile industry, accurate measurement of moisture content is essential to maintain consistent product quality. Particularly in fiber products where moisture absorption and drying characteristics are important, even slight variations in moisture content can significantly impact product performance and appearance. Improper moisture content management can lead to a decline in product quality and reduced yield. Our pulse NMR-based MRI experimental device, 'EP-450', non-destructively measures the moisture content of fibers, supporting quality control and research and development. 【Application Scenarios】 - Quality control of textile products - Evaluation of fiber material properties in research and development - Monitoring moisture content in the manufacturing process 【Benefits of Implementation】 - Rapid moisture content measurement through non-destructive testing - Stabilization of product quality - Increased efficiency in data collection for research and development

• Other electromagnetic analysis equipment

In the field of agriculture, accurately understanding the moisture content of soil is crucial for crop management. Proper moisture management is essential for improving yield and stabilizing quality, and it also helps reduce the risk of diseases caused by overwatering. The EP-450 contributes to the study and education of soil moisture using the pulse NMR method, which is based on the fundamental principles of MRI. Since the FID signal can be observed simply by adjusting the magnetic field strength, experiments can be easily initiated without specialized knowledge. 【Application Scenarios】 - Research on soil moisture - Education at universities and research institutions - Experiments using soil samples 【Benefits of Implementation】 - Understanding the fundamental principles of soil moisture measurement - Enhanced learning effects through visualization of FID signals - Space-saving design due to compact construction

• Other electromagnetic analysis equipment

In the pharmaceutical industry, accurately understanding the pharmacokinetics of drugs is essential for the success of new drug development. Information regarding the absorption, distribution, metabolism, and excretion (ADME) of drugs serves as important indicators for evaluating efficacy and safety. The 'EP-450' using pulse NMR method supports fundamental experiments in pharmacokinetic research through the observation of FID signals. With its simple operation of just adjusting the magnetic field strength, it contributes to the analysis of drugs and biological samples. 【Application Scenarios】 - Measurement of drug concentration in pharmacokinetic research - Analysis of interactions between drugs and biomolecules - Screening in pharmaceutical development 【Effects of Implementation】 - Acquisition of pharmacokinetic data through FID signal observation - Improved experimental efficiency due to user-friendly operation - Optimization of the research environment through space-saving design

• Other electromagnetic analysis equipment

In the field of chemistry, reaction tracking requires real-time observation of molecular structure changes to accurately grasp the progress of reactions. Particularly in identifying reaction intermediates and analyzing reaction rates, high precision and simplicity are essential. Traditional analytical methods can be time-consuming and cumbersome, posing challenges for rapid data acquisition. The pulse NMR-based MRI experimental device 'EP-450' is a compact experimental apparatus that allows for empirical observation of FID signals through the pulse NMR method, which is the fundamental principle of MRI. The NMR frequency is fixed at 10 MHz, and signal observation can be easily performed by simply adjusting the magnetic field strength, making it user-friendly. 【Application Scenes】 - Monitoring the progress of chemical reactions - Identification of reaction intermediates - Analysis of reaction rates 【Benefits of Introduction】 - Easy observation of FID signals, enabling visualization of reactions - Quick data acquisition with simple operability - Space-saving design for effective utilization of research environments

• Other electromagnetic analysis equipment

In the oil industry, quality control of products and efficient analysis are required. In particular, accurate data acquisition is essential for the compositional analysis of crude oil and petroleum products. Inaccurate analysis can lead to product quality degradation and hinder the optimization of manufacturing processes. The EP-450 is a compact experimental device that allows for the empirical observation of FID signals using the pulse NMR method, which is based on the fundamental principles of MRI. The NMR frequency is fixed at 10 MHz, and signal observation can be easily performed by simply adjusting the magnetic field strength, making it easy to operate. This enables straightforward and accurate compositional analysis of petroleum products. 【Application Scenarios】 - Quality control of petroleum products - Compositional analysis in research and development - NMR experiments in educational institutions 【Benefits of Implementation】 - Acquisition of accurate compositional analysis data - Reduction of analysis time - Increased efficiency through improved operability

• Other electromagnetic analysis equipment

In the food industry, accurate measurement of moisture content in food is essential for quality control and product development. Moisture content significantly affects the texture, shelf life, and flavor of food, making precise measurement indispensable. Inadequate moisture management can lead to product quality deterioration and consumer complaints. Our pulse NMR-based MRI experimental device, 'EP-450', allows for empirical observation of FID signals through the fundamental principle of MRI, the pulse NMR method. By simply adjusting the magnetic field strength, FID signals can be observed, contributing to the measurement of moisture content in food. 【Application Scenarios】 - Measurement of moisture content in food - Quality control of food - Research and development of food 【Benefits of Implementation】 - Accurate measurement of moisture content in food - Improvement in quality control - Increased efficiency in research and development

• Other electromagnetic analysis equipment

The "EP-450" is a compact experimental device that allows for the empirical observation of FID signals through the pulse NMR method, which is the fundamental principle of MRI. The NMR frequency is fixed at 10 MHz, and signal observation is possible simply by adjusting the magnetic field strength, making it easy to operate. With a lightweight body of approximately 25 kg integrated with an electromagnet power supply, it is also easy to transport. It contributes to the establishment of space-saving educational and research environments. 【Features】 ■ FID signals can be observed simply by adjusting the magnetic field strength ■ Simple operability with a fixed NMR frequency of 10 MHz ■ The phase of the P2 pulse can be varied in increments of 90° ■ Each pulse condition is numerically displayed on an LCD screen ■ Observation of human signals using a standard φ12 test tube or fingers is also possible *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Other electromagnetic analysis equipment

The "ENP-6032B type" is a bipolar (positive and negative output) power supply designed for driving piezoelectric and electrostrictive elements at high voltage and wide bandwidth. It can simultaneously output from two systems, with individual display of output voltage, bias voltage settings, and adjustable gain for each system. The power supply unit and the two amplification units are housed in a portable tabletop enclosure, making it easy to handle and operate. 【Features】 ■ Capable of driving high voltage and high current ■ Designed to minimize noise voltage included in the output voltage ■ Noise amplitude at the output point is below 10mVp-p *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-5014B model" is a high-precision, controllable stabilized power supply designed to drive the piezoelectric elements of STM probes. It has four independent control capabilities, each equipped with a bias voltage adjuster to set the operating point. The manual controls for X, Y, and Z have an addition-subtraction circuit in the manual section, making the handling operation easy. 【Components】 ■ ENP-5014B main unit ■ Coaxial cable with BNC plug for output ■ Coaxial cable with BNC plugs on both ends for input ■ Power cord ■ Instruction manual and test report *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-3052B type" is a bipolar (positive-negative output type) power supply designed for driving the probe of a scanning microscope using piezoelectric and electrostrictive elements. It can simultaneously provide two output systems, with individual display of output voltage, bias voltage settings, and adjustable gain for each system. The structure houses the power supply unit and two amplification units in a portable tabletop chassis, making it easy to handle and operate. 【Features】 ■ Designed to minimize noise voltage included in the output voltage ■ Noise amplitude at the output point is below 5mVp-p *For more details, please download the PDF or feel free to contact us.

• power supply

The 『ENP-10011』 is a power supply for driving high-voltage electrostatic elements, equipped with a low-speed startup and load short-circuit protection circuit. By blocking the DC output with a capacitor, it can be used as a wideband AC amplifier. Additionally, it serves as a voltage source that can add and synthesize modulation voltage and sweep voltage, making it usable as an experimental power supply that can be controlled by external voltage. 【Features】 ■ High voltage, high current output ■ Wideband ■ High stability ■ Low noise ■ Fast overcurrent protection ■ Output voltage limit circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The 『ENP-10011』 is a power supply for driving high-voltage electrostrictive elements, capable of outputting 1000V and 0.1A with a direct current output. The maximum output voltage can be set according to the maximum rating of the load. Additionally, by blocking the direct current output with a capacitor, it can be used as a wideband AC amplifier. 【Features】 ■ High voltage, high output ■ Wideband ■ High stability ■ Low noise ■ Fast overcurrent protection ■ Output voltage limiting circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-4015BH" is a pulse scan controller capable of driving large amplitudes from -200V to +200V with a maximum amplification of 20 times. With a 2KΩ resistive load, it has a bandwidth of DC to 100KHz (-3dB) at 100Vp-p output. At +100V output, it achieves low noise of 10mVp-p or less with a 2KΩ resistive load, and 5mVp-p or less with a capacitive load of 0.2μF. The amplification can be set arbitrarily up to 20 times using a semi-fixed adjustment. 【Features】 ■ Wide bandwidth ■ High stability ■ Low noise ■ Adjustable amplification ■ High-speed overcurrent protection circuit ■ Output voltage limiting circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-4015B" is a piezo driver capable of driving large amplitudes from -200V to +200V with a maximum gain of 20 times. The gain can be set arbitrarily up to 20 times using a semi-fixed adjustment. By utilizing it as an experimental power supply that can be controlled by external voltage, it becomes a voltage source that can add and synthesize modulation voltages and sweep voltages. 【Features】 ■ Wide bandwidth ■ High stability ■ Low noise ■ Gain ■ High-speed overcurrent protection circuit ■ Output voltage limitation circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-2033" is a power supply for driving electrostrictive elements that can be operated independently on three channels, allowing for simultaneous application of maximum load. Each channel is equipped with a built-in high-speed overcurrent protection circuit that responds to pulse currents greater than 10μS. By utilizing it as an experimental power supply controllable by external voltage, it becomes a voltage source capable of additive synthesis of modulation voltage and sweep voltage. 【Features】 ■ 3-channel output ■ High output ■ Wide bandwidth ■ High stability ■ Low noise ■ High-speed overcurrent protection circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-401_B" is a power supply for driving electrostrictive elements that can be independently operated on 4 channels and can apply maximum load simultaneously. It provides bipolar output ranging from -200V to +200V, allowing for bias setting and control via external voltage. Additionally, it features a built-in high-speed overcurrent protection circuit that responds to pulse currents greater than 10μS, and the overcurrent protection circuit also operates for average current. 【Features】 ■ 1 to 5 channel output ■ Bipolar output ■ High output ■ Wide bandwidth ■ High stability *For more details, please download the PDF or feel free to contact us.

• power supply

The ENP-152 is a power supply for driving electrostrictive elements that can output 150V and 2A with direct current. It allows for large amplitude driving from 0 to 150V with a maximum amplification of 15 times. The amplification can be set arbitrarily up to 15 times using a semi-fixed adjustment. Additionally, it has a built-in high-speed overcurrent protection circuit that responds to pulse currents greater than 5μS, and the overcurrent protection circuit also operates against average current. 【Features】 ■ High output and large current ■ Wide bandwidth ■ High stability ■ Low noise ■ Amplification ■ Output voltage limit circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-151U" is a compact, lightweight, and high-output power supply for driving unit-type piezoelectric elements. When combined with a monitor unit, it can be expanded to three channels. With a 1KΩ resistive load, it has a bandwidth of DC to 100KHz (-3dB) at an output of 100Vp-p. Additionally, we offer a unit (ENP-50U type) that supports multi-channel operation, allowing you to switch the monitor output and monitor the output voltage while displaying it. 【Features】 ■ Compact, lightweight, and high output ■ Wide bandwidth ■ High stability ■ Low noise ■ Fast overcurrent protection ■ Output voltage limiting circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The 『ENP-0151A』 is a power supply that can be driven by arbitrary waveforms, including not only square waves but also ramp waves and stair waves. The input square wave is amplified to supply the piezo element with an output voltage 15 times greater than the amplitude. It has a built-in overcurrent protection circuit that cuts off the output and indicates operation by lighting up a lamp. 【Features】 ■ Amplifying type that drives the piezo by increasing the input waveform to high voltage ■ Designed to accommodate pulse waves with a larger peak current ■ Capable of driving large amplitudes from 0 to 150V with a gain of 15 times ■ The average current is determined by the repetition frequency of the pulse wave and the peak current during charging and discharging, allowing up to 1A to flow ■ Built-in overcurrent protection circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-150U" is a multi-channel compatible model that can be expanded up to 7 channels when combined with a monitor unit. With a 1KΩ resistive load, it has a bandwidth of DC to 100KHz (-3dB) at an output of 100Vp-p. Additionally, we offer a unit (ENP-50U type) that supports multi-channel configuration, allowing you to switch the monitor output and monitor the output voltage while displaying it. 【Features】 ■ Compact, lightweight, and high output ■ Wide bandwidth ■ High stability ■ Low noise ■ Fast overcurrent protection ■ Output voltage limiting circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "ENP-50U" is a monitoring unit for output voltage that supports multi-channel configuration for the unit-type power supply "ENP-150U/151U." It allows for the selection of output voltage for each channel, which is displayed on a digital panel meter. Additionally, while displaying the voltage with the DPM, it is possible to observe the output voltage waveform from the monitor connector. It has the same size as the "ENP-150U" and can also be stored in a sub-rack. 【Features】 ■ Output voltage displayed on DPM ■ Waveform observation via monitor terminal ■ Case size unified with the power supply ■ Switchable display for up to 8 channels ■ Remote display capability *For more details, please download the PDF or feel free to contact us.

• power supply

The 『ENP-015SE』 is a switch-type power supply for driving piezoelectric elements that charges to the set voltage using the rising edge of a pulse waveform generated internally. It retains the high voltage stored in the piezo element even after the charging pulse disappears and discharges it rapidly to 0V using the falling edge of the pulse waveform. With a two-stage toggle switch and a semi-fixed variable resistor, it allows for voltage settings from 30 to 150V, enabling drive with steep rise and fall times and large amplitudes. The average current is determined by the repetition frequency of the pulse wave and the peak current during charging and discharging, allowing for an average current of up to 100mA. 【Features】 ■ Generates pulse waveforms internally to drive piezo elements ■ Remote operation and settings via Ethernet ■ Supplies drive voltage corresponding to pulse width ■ Capable of large amplitude drive from 0 to 150V ■ Built-in overcurrent protection circuit *For more details, please download the PDF or feel free to contact us.

• power supply

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

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

The "ENP-015A" is a power supply that can drive not only square waves but also arbitrary waveforms such as ramp waves and stair waves. The input square wave is amplified to provide a 15-fold output voltage to the piezo element. The peak current is determined by the capacitance of the piezo element and the output voltage. For large-capacity elements, a maximum current of up to 20A can flow, and the average current increases proportionally with repetition. 【Features】 ■ Amplifying type that drives the piezo with high voltage from the input waveform ■ Designed to increase peak current to accommodate pulse waves ■ Capable of driving large amplitudes from 0 to 150V with a 15-fold amplification ■ Built-in overcurrent protection circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "EBP-100" is a high-voltage power supply for bipolar amplifiers with both positive and negative polarity outputs. It features a fold-back type overcurrent protection circuit designed for high-voltage outputs of both polarities, such that when one side activates, the opposite polarity follows suit. It also includes a low-voltage auxiliary power supply to drive general-purpose operational amplifiers at ±15V. Additionally, its unit design makes it easy to integrate into equipment. 【Features】 ■ Low noise and high stability ■ Equipped with a low-voltage auxiliary power supply ■ Reference voltage available ■ Easy operation ■ Complete protection circuit *For more details, please download the PDF or feel free to contact us.

• power supply

The "EMS-100154 model" is a power supply specifically designed for small electromagnetic devices, compatible with the "EM-300B model," "EM-400B model," and "EM-800B model." One power supply can accommodate multiple combinations of electromagnets. It has sufficient thermal capacity, so water cooling is not necessary. Additionally, by inputting 0 to +10V, external control of the magnetic field strength is possible. 【Features】 ■ Wide magnetic field strength generation: up to 0.3T (EM-300B model), up to 0.4T (EM-400B model), up to 0.8T (EM-800B model) ■ Two types of pole piece gaps: 20mm (EM-300B model), 16mm (EM-400B model), 8mm (EM-800B model) ■ Wide high uniformity range: 30μT in a 5mm range in X, Y, Z at the center ■ Current value setting: 10-turn multi-dial FINE volume ■ Direct reading of current value: 4-digit, high-brightness LED display *For more details, please download the PDF or feel free to contact us.

• electromagnet

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.

• electromagnet

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.

• electromagnet

The "EM-40050 model" is a small, lightweight experimental electromagnet with a bitter shape, boasting high magnetic field uniformity. Despite its small size and light weight, it generates a maximum magnetic field of 0.5T. 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-46040 model" electromagnet. 【Features】 ■ Wide generated magnetic field strength: up to 0.5T ■ Maximum excitation current: 4.5A ■ Pole piece gap: 40mm ■ Uniformity: 0.1mT/cc ■ Pole piece diameter: 100φ *For more details, please download the PDF or feel free to contact us.

• electromagnet

The "EM-25030C model" is a compact electromagnet that ensures a wide magnetic field uniformity, suitable for various NMR experiments and Hall element calibration. It comes with a handle for easy transportation and can be moved effortlessly. It has sufficient thermal capacity, so water cooling is not necessary. Please feel free to contact us when you need assistance. 【Features】 ■ Wide generated magnetic field strength: up to 0.3T ■ Pole piece gap: 25mm ■ Pole piece diameter: 50φ (tapered to 42φ at the tip) *For more details, please download the PDF or feel free to contact us.

• electromagnet

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.

• electromagnet

The "EM-20100 model" is a compact and lightweight experimental small electromagnet that can generate a maximum magnetic field of 1T. It ensures a wide magnetic field uniformity suitable for various NMR experiments and calibration of Hall elements. It is a product with a compact and lightweight design and high magnetic field uniformity. Additionally, we also offer the "EMS-14034S model," a power supply designed for this electromagnet. 【Features】 ■ Wide magnetic field strength: up to 1T ■ Uniformity: up to 0.1mT/cc ■ Pole piece gap: 20mm ■ Cooling method: water-cooled, approximately 3L/min ■ Pole piece diameter: 100φ *For more details, please download the PDF or feel free to contact us.

• electromagnet

The "EM-15055 model" is a compact and lightweight experimental small electromagnet that boasts a high magnetic field uniformity with a bitter shape. Despite its small size and light weight, it generates a maximum magnetic field of 0.55T. It has sufficient thermal capacity, so water cooling is unnecessary. Additionally, we also offer the "EMS-05024S model," a power supply designed for this electromagnet. 【Features】 ■ Wide magnetic field strength: up to 0.55T ■ Uniformity: up to 0.03mT/5mm in X, Y, Z directions ■ Pole piece gap: 15mm ■ Cooling method: natural air cooling ■ Pole piece diameter: 100φ *For more details, please download the PDF or feel free to contact us.

• electromagnet

The "EM-11050P/20030P/05070P model" is a small experimental magnet that can generate a magnetic field on its own, as it is equipped with a built-in permanent magnet. It generates approximately 0.74 Tesla at a pole piece gap of 5mm. At a pole piece gap of 11mm, magnetic field uniformity is ensured to obtain NMR signals. This product can be used for various experiments, calibration of Hall elements, and a wide range of applications. 【Features】 ■ Built-in permanent magnet ■ Maximum magnetic field of approximately 0.74 Tesla ■ Wide range of magnetic field uniformity ■ Compact and portable ■ No need for water cooling, etc. ■ Magnetic field strength can be selected by choosing the pole piece gap *For more details, please download the PDF or feel free to contact us.

• electromagnet

The "EM-0505WV model" is a Weiss-type electromagnet that can continuously adjust the magnetic pole gap from 5 to 40 mm. At a gap of 10 mm, it can generate a strong magnetic field of over 1.25 T, and at 30 mm, it can generate over 0.5 T. It is a water-cooled product that maintains stable magnetic field strength. Additionally, we offer the "EMS-075053 model," a power supply designed for exciting our electromagnets "EM-40050 model" and "EM-46040 model." 【Features】 ■ Variable magnetic pole gap ■ Capable of generating strong magnetic fields ■ Ensures a user-friendly space ■ Stable operation with water cooling *For more details, please download the PDF or feel free to contact us.

• electromagnet

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

The "EM-300/400/800 series" is a compact electromagnet that ensures a wide magnetic field uniformity, suitable for various NMR experiments and Hall element calibration. Even with the electromagnet power supply integrated, it weighs approximately 25 kg, making it compact and lightweight. It can be easily transported for on-site Hall element calibration and other tasks. Additionally, by inputting 0 to +10V, external control of the magnetic field strength is possible. 【Features】 ■ Wide generated magnetic field strength: up to 0.3T (EM-300), up to 0.4T (EM-400), up to 0.8T (EM-800) ■ Two types of pole piece gaps: 19mm (EM-300), 12mm (EM-400), 6mm (EM-800) ■ Wide high uniformity range: 30μT in the center over a 5mm range in X, Y, and Z ■ Current value setting: 10-turn multi-dial FINE volume ■ Direct reading of current value: 4-digit, high-brightness LED display *For more details, please download the PDF or feel free to contact us.

• electromagnet

The "EM-040 model" is a compact air-core electromagnet with a built-in power supply, allowing it to generate a magnetic field on its own. The magnetic field generation range is 0 to 0.04 Tesla. It ensures a wide magnetic field uniformity suitable for various NMR experiments and calibration of Hall elements. Additionally, even though the electromagnet power supply and the electromagnet are integrated, it weighs approximately 11 kg, making it compact and lightweight. It can be easily transported for on-site calibration of Hall elements. 【Features】 ■ Wide magnetic field strength: 0 to 0.04T ■ Coil gap: 24mm (spatial width 20mm) ■ Wide high uniformity range: 30μT/X, Y, Z over a 5mm range at the center (at 10mT) ■ Current value setting: 10-turn multi-dial ■ Direct reading of current value: 4 digits, high-brightness LED display *For more details, please download the PDF or feel free to contact us.

• electromagnet

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.

• Other laboratory equipment and containers

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.

• Other laboratory equipment and containers

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.

• Other laboratory equipment and containers