Measuring Instrument(no) - メーカー・企業と製品の一覧

更新日： 集計期間:Aug 27, 2025～Sep 23, 2025
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Measuring Instrumentの製品一覧

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Is pH measurement possible in about 5 seconds? pH measuring device 'pHAI'.

Is pH measurement possible in about 5 seconds? pH measuring device 'pHAI'.

Low conductivity water, alcohol mixed aqueous solutions, environmental water, etc., can now be measured in about 5 seconds for samples that previously required stable measurement for a long time! pH meter with AI functionality *Test results available.

The "pHAI" is a wireless pH meter that is set to feature an "AI mode" capable of automatically performing smoothing, power saving, and temperature prediction in addition to its standard mode. It allows for easy pH measurement inside desiccators or incubators without worrying about cable wiring. The main unit and device can be separated, providing a spacious work area on the lab bench, and operations such as electrode cleaning are also made easy. This is a completely new product that merges general sensor development technology, data analysis techniques (such as AI), and advanced electronics, thoroughly pursuing user-friendliness. *In August, we plan to announce a low-cost entry model. 【Innovative AI Features】 ■ Automatically switches the processing of sensor responses and selects the appropriate smoothing process. ■ Determines the sensor's response status and automatically adjusts the measurement interval, extending battery life. ■ Even if the temperature of the measuring liquid changes, it can predict the final temperature in about 60 seconds and quickly display the pH value. *Currently, we are offering free measurement results for tap water. *For more details, please refer to the PDF document. If you would like to be contacted by our sales representative, please reach out via the inquiry button.

  • Water treatment technology and systems

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True density measurement device "BELPYCNO L"

True density measurement device "BELPYCNO L"

[PDF Document Provided] Standard temperature control included! Easy, quick, and high-precision true density evaluation for samples ranging from small to large volumes.

Introducing the true density measurement device "BELPYCNO L." It is capable of evaluating the true density of samples in various shapes and states using cells of different volumes (4, 20, 40, 60, 100, 135 cm³). Additionally, by performing a single calibration at any temperature and volume, stable density evaluations can be achieved over the long term, regardless of the installation environment. 【Features】 ■ Multi-volume (capable of evaluating samples from small to large volumes) ■ Temperature control (standard feature) and absolute pressure evaluation ■ Mechanism to prevent fine powder dispersion ■ Choice between standalone and PC control *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments

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Concrete Unit Water Measurement Device PICO-BT / SONO-WZ

Concrete Unit Water Measurement Device PICO-BT / SONO-WZ

Quick and easy measurement of the unit water content in fresh concrete is possible! 【NETIS Registration Number: QS-180032-VE】

"PICO-BT / SONO-WZ" is a testing device that allows for the simple and rapid measurement of the unit water content in fresh concrete. It can measure with the same accuracy as a heating drying oven, regardless of the type of fresh concrete. By inputting the density of the concrete into this device, it is possible to measure the unit water content (kg/m³). The measurement time is quick, typically taking about 2 minutes for 5 measurements. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments

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Rental of the concrete unit water measurement device "SONO-WZ"

Rental of the concrete unit water measurement device "SONO-WZ"

By simply inserting a probe into the fresh concrete, the unit water content of the fresh concrete can be measured instantly!

At Rex Co., Ltd., we offer rental services for concrete testing machines and moisture meters. The 'SONO-WZ' is a concrete unit water measurement device that uses electromagnetic waves to measure the unit water content around the probe. It allows for accurate and rapid measurement of unit water content, which significantly affects the durability of concrete structures, with precision comparable to that of a heating drying oven. 【Features】 ■ Ensures the quality and durability of concrete structures ■ NETIS registration number: QS-180032-A ■ Measurement time: 1 minute ■ Utilizes TRIME(C) radar technology ■ By inputting material density, unit water content (kg/m3) can be obtained *For more details, please refer to the external link page or feel free to contact us.

  • others

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No. 633 PVT Measurement Device "P-V-T Test System"

No. 633 PVT Measurement Device "P-V-T Test System"

This is a device for measuring the relationship between the pressure (P), specific volume (V), and temperature (T) of molten resin, which is useful for injection molding simulation through resin flow analysis.

● Measurement is possible with a small sample (approximately 1.5ml) ● The pressurization system uses an air pressure method, allowing for high-speed loading and easy handling ● A vacuum degassing device prevents air entrapment when setting the sample ● Mechanisms for sample injection and cleaning are standardized ● After setting the sample, measurement is fully automated until completion (automatic measurement of up to 10 tests) ● Comes with dedicated software for thermosetting resins ● Notification function via email (at the end of measurement, in case of error)

  • Analysis and prediction system

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Dynamic Light Scattering (DLS)

Dynamic Light Scattering (DLS)

Particle size and zeta potential measurement! We measure fine particles in suspensions and emulsions with high precision.

Dynamic light scattering (DLS) is an established measurement technique for evaluating the particle size distribution in suspensions and emulsions. Microtrack, a pioneering presence in particle size distribution measurement technology, has been developing optical systems based on dynamic light scattering for over 30 years. Dynamic light scattering (DLS) measures microparticles in suspensions and emulsions with high precision. It can measure microparticles smaller than 100 nm, which are difficult to measure using laser diffraction and scattering methods, achieving high-precision measurements across a wide concentration range from low to high concentrations. 【Features of Dynamic Light Scattering (DLS)】 - Based on Brownian motion (small particles move quickly, while large particles move slowly) - Capable of measuring particle sizes from approximately 1 nm to several micrometers - Can measure microparticles smaller than 100 nm, which are difficult to measure with laser diffraction and scattering methods - Achieves high-precision measurements across a wide concentration range from low to high concentrations - Capable of measuring zeta potential and molecular weight *For more details, please refer to the related links or feel free to contact us.

  • Other measuring instruments

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What information can be obtained from the adsorption isotherm?

What information can be obtained from the adsorption isotherm?

It is possible to analyze pore size distribution! This is a document introducing information obtained from adsorption isotherms.

This document introduces information obtained from adsorption isotherms using graphs. The adsorption isotherm is represented with the horizontal axis as pressure (P) or relative pressure (p/p0) at a constant temperature, and the vertical axis as the amount adsorbed (STP: standard conditions: 273.15 K, 100 kPa). When performing specific surface area and pore distribution analysis, the horizontal axis is expressed as the relative pressure obtained by dividing the pressure (equilibrium pressure) at each measurement point by the saturation vapor pressure, resulting in a range from 0 to 1. At 0, it represents the state after pretreatment, and at 1, it indicates that adsorbed molecules are filled in all pores (saturation state). *For more details, please refer to the PDF document or feel free to contact us.

  • others

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No. 5 Reproducibility of Pore Size Measurement by AFSM

No. 5 Reproducibility of Pore Size Measurement by AFSM

It is possible to evaluate pore diameter with higher precision than the data! Here is an introduction to the reproducibility of pore diameter measurement using AFSM.

This document introduces the reproducibility of pore size measurements using AFSM through graphs and equations. AFSM (Advanced Free Space Measurement, US Patent: 6,595,036) does not require maintaining a constant liquid level of refrigerants such as liquid nitrogen, allowing for actual measurements of free space changes that account for temperature variations during adsorption measurements and temperature changes of the refrigerant due to oxygen dissolution. Therefore, similar to specific surface area evaluation, it enables a more precise assessment of pore size. *For more details, please refer to the PDF document or feel free to contact us.*

  • others

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Nanoparticle size distribution measurement device "SALD-7500nano"

Nanoparticle size distribution measurement device "SALD-7500nano"

Samples with concentrations below 1 ppm can also be measured! Achieving a wide range and real-time evaluation of dispersion and aggregation characteristics.

The "SALD-7500nano" is a nanoparticle size distribution measurement device that measures fine bubbles ranging from 100nm to 60μm and traces changes in bubble diameter in real-time. It accurately and sensitively measures the particle distribution of low-concentration nanoparticles and highly light-absorbing nanoparticles. This device utilizes the "nanoparticle size distribution measurement device" manufactured by Shimadzu Corporation, which boasts overwhelming demand as an analytical measurement instrument manufacturer. 【Features】 ■ Measures fine bubbles from 100nm to 60μm ■ Accurately and sensitively measures the particle distribution of low-concentration nanoparticles and highly light-absorbing nanoparticles ■ Capable of measuring low-concentration samples of less than 1ppm ■ Utilizes the "nanoparticle size distribution measurement device" manufactured by Shimadzu Corporation *For more details, please refer to the PDF document or feel free to contact us.

  • others

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[Data] Micronization and Dispersion Effects of Titanium Dioxide Using a Bead Mill

[Data] Micronization and Dispersion Effects of Titanium Dioxide Using a Bead Mill

This is a document on the dispersion evaluation of titanium oxide, focusing on the microparticle production by bead milling and the dispersion effects of polymer dispersants!

This document introduces the dispersion evaluation of titanium dioxide, the micronization using a bead mill, and the dispersion effects of polymer dispersants. Here, using titanium dioxide, we present measurement cases that evaluate the effects of dispersants and the dispersion state achieved by a wet bead mill, using the laser diffraction/scattering method and dynamic image analysis particle size distribution measurement device "Microtrac Sync," the dynamic light scattering (DLS) particle size distribution measurement device "Nanotrac Wave II," and the streaming potential measurement device "Stabino." [Contents] ■ Overview ■ Experiments ■ Measurement Results *For more details, please refer to the PDF document or feel free to contact us.

  • others

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True Density Fully Automatic True Density Measurement Device Macpycno

True Density Fully Automatic True Density Measurement Device Macpycno

High-precision and easy measurement of true density using the gas displacement method. Minimizing operator burden with fully automated measurements.

JIS Z8837 Gas Pycnometer Method Based Fully Automatic True Density Measurement Device Macpycno. The internal structure required for gas displacement pycnometers has been thoroughly optimized to achieve high-precision measurements. With an integrated touch panel and voice guidance for interactive operation, the accuracy of measurements does not depend on the operator's level of expertise. 【Features】 - The measurement container installed in the measurement chamber (sample chamber) can be selected from a wide range of capacities, accommodating various shapes of samples from powders to molded bodies. - The standard chamber (reference chamber) uses a fully automatic multi-volume method. The built-in chamber is automatically controlled to set the optimal volume for the measurement volume. - Hardware design that achieves high-precision temperature control. The combination of an integrated chamber and Peltier elements allows for rapid temperature equilibrium, enabling high-precision measurements in a stable temperature environment. - Equipped with a self-control function for measurement pressure. The use of a high-precision pressure transducer has improved measurement accuracy. - User-friendly interface for easy operation. The adoption of an integrated touch panel and voice guidance for interactive operation eliminates the need for special knowledge, thus not requiring specialized operator training.

  • Other measuring instruments

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Snow Depth Measurement Device KADEC21-SNOW-N2 Rental

Snow Depth Measurement Device KADEC21-SNOW-N2 Rental

High-precision and stable measurements are possible with the laser method. Ideal snow depth gauge for long-term recording.

The KADEC21-SNOW laser snow depth measurement device can measure snow depth with high precision over long periods using laser beams. It does not require corrections for fluctuations in outside temperature, allowing for stable and highly accurate measurements. Its very low power consumption design means that it does not require power facilities such as commercial power sources or solar power systems, enabling long-term continuous measurement using only batteries. For more details, please contact us.

  • Emergency alarm system
  • Other measuring instruments
  • Measurement and analysis equipment leasing and rental

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Digital Thermo-Hygrometer 'PC-5400TRH'

Digital Thermo-Hygrometer 'PC-5400TRH'

Introducing a temperature and humidity meter equipped with a large LCD display for easy visibility, made of ABS resin and acrylic resin!

The "PC-5400TRH" is a digital temperature and humidity meter measuring 195mm wide and 92mm tall. It continuously displays the maximum and minimum temperature and humidity. With an alarm function, it alerts you with a buzzer and LED when the temperature or humidity exceeds the set values. The buzzer can be switched ON/OFF. Please feel free to contact us if you have any inquiries. 【Features】 ■ 195mm wide, 92mm tall ■ Easy-to-read large LCD display ■ Continuous display of maximum and minimum temperature and humidity ■ Alarm function included ■ Buzzer can be switched ON/OFF *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments

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Improvement of BET specific surface area reproducibility by No. 4 AFSM.

Improvement of BET specific surface area reproducibility by No. 4 AFSM.

This is an introduction to a method for evaluating adsorption amounts based on the free space measured at various times during the measurement!

In this document, we introduce the improvement of reproducibility of BET specific surface area by AFSM using figures and graphs. The Free Space Continuous Measurement; AFSM: Advanced Free Space Measurement (patented) is a method that evaluates the amount of adsorption based on the free space measured in real-time during the measurement, without needing to maintain the liquid level of the refrigerants such as LN2 or LAr during adsorption isotherm measurements. By using the free space measured at each adsorption equilibrium point, it is possible to consider changes in room temperature during the measurement and changes in the temperature of liquid nitrogen due to oxygen dissolution, enabling accurate and highly reproducible evaluation of adsorption amounts. *For more details, please refer to the PDF document or feel free to contact us.

  • others

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No. 13 T-plot method for mesoporous materials...(Applied Edition 4)

No. 13 T-plot method for mesoporous materials...(Applied Edition 4)

Introduction to the structural evaluation of mesoporous zeolite using the t-plot method (Application Edition 4)!

This document introduces the structural evaluation of mesoporous zeolite using the t-plot method (Application Edition 4) with graphs and tables. The H+-type ZSM-5, prepared by heating NH4-type ZSM-5 at 535°C for 3 hours under atmospheric pressure, is confirmed to be an aggregate of polyhedral layered particles around 200 nm in size, with slit-shaped pores between the particles, as observed in SEM images. The N2 adsorption-desorption isotherm at 77.4K for H+-type ZSM-5 shows hysteresis that closes at p/p0=0.43, indicating the presence of mesopores between fine particles. The adsorption isotherm is classified as Type I+IV, which also indicates the presence of micropores within the particles. *For more details, please refer to the PDF document or feel free to contact us.*

  • others

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