Measuring Instrument Product List and Ranking from 39 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.

Measuring Instrument Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.

  1. 富士テクニカルリサーチ Kanagawa//others
  2. マイクロトラック・ベル Osaka//others
  3. コーナー札幌 Hokkaido//Building materials, supplies and fixtures manufacturers
  4. 4 ソーキ Osaka//Service Industry
  5. 4 電力テクノシステムズ Kanagawa//Electricity, Gas and Water Industry
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Measuring Instrument Product ranking

Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.

  1. Portable Gap and Step Measuring Device "GAPGUN PRO2" 富士テクニカルリサーチ
  2. Residential airtightness tester "KNS-5000C" コーナー札幌
  3. Handheld roll nip pressure measuring device "Pressure Indicator" ガデリウス・インダストリー
  4. 4 Air Quality Measurement Device "BiLFlow" フローシステム 本社
  5. 5 Technical Data Presentation: Overview of JIS Standards JIS C 1910-1 Measuring Instruments 電力テクノシステムズ

Measuring Instrument Product List

61～75 item / All 1700 items

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What is the effect of refractive index in particle size measurement?

What is the effect of refractive index in particle size measurement?

Especially for particles with very small diameters, the scattering phenomenon is greatly influenced by their refractive index.

In devices that measure the light scattering of particles, such as laser diffraction and scattering particle size distribution measurement devices, the refractive index of the dispersion medium and the particles, the particle diameter, and the wavelength of the light source are important factors. As an example, the scattering light intensity due to the difference in refractive index is shown in the diagram with the particle size parameter α = πD/λ (D: particle diameter, λ: wavelength of the light source) as a variable. The scattering phenomenon changes sensitively with particle diameter and refractive index, as shown in the diagram. For large particles with low translucency, diffraction phenomena dominate the scattering phenomenon, and the influence of the refractive index is minimal. However, for small translucent particles, various phenomena that change with the refractive index, such as reflection and refraction at the particle-dispersion medium interface, light attenuation within the particle, and reflection at the inner surface of the particle, have a significant impact. *For more details, please refer to the related links or feel free to contact us.*

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Why doesn't the microtrack display accuracy?

Why doesn't the microtrack display accuracy?

There is no absolute scale for powders.

There is no absolute scale for powders, and Microtrack does not provide accuracy specifications. One reason for this is that accuracy is generally associated with measurements of length, pressure, temperature, voltage, etc., where an absolute scale exists. However, for powders, there is no absolute scale due to factors such as sample extraction, differences between production lots, sample oxidation, agglomeration, aging changes, and shape factors. For example, particularly with latex, the particle state changes due to environmental conditions, including aging. For this reason, Microtrack does not provide accuracy specifications. "NIST" also does not provide accuracy specifications. In terms of pricing related to various scales, "NIST" is recognized as an authoritative institution worldwide and serves as the basis for traceability. Here too, regarding powders, accuracy specifications are not provided, and the particle size and particle size distribution of standard samples are expressed by indicating the degree of variation in measurement results from sample extraction using methods such as microscopy and natural sedimentation. *For more details, please refer to the related links or feel free to contact us.*

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Microtrack particle size distribution measurement device, please tell me how to interpret the measurement results.

Microtrack particle size distribution measurement device, please tell me how to interpret the measurement results.

Frequently Asked Questions: Explanation of How to Interpret Measurement Results from the Microtrack Particle Size Distribution Measurement Device!

On this page, we explain how to interpret the measurement results of the "Microtrack Particle Size Distribution Measurement Device." We provide details on what is recorded where, including "Software Version," "Heading," "Particle Size Distribution Graph," and "Summary Data." For more detailed information, you can view the related links. 【Contents】 ■ Software Version ■ Heading ■ Particle Size Distribution Graph ■ Summary Data ■ Cumulative Percent Diameter or Particle Size Percent (optional setting) ■ Channel (CH) Data ■ Measurement Conditions *For more details, please refer to the related links or feel free to contact us.

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Measurement of laser particle size distribution of high concentration spray droplets (spray/mist).

Measurement of laser particle size distribution of high concentration spray droplets (spray/mist).

Demo/analysis now available. Information on the multiple scattering correction method for aerosol measurement and high-concentration spray laser particle size distribution measurement is now posted!

This page provides information on the multiple scattering correction method for measuring the particle size distribution of high-concentration sprays. It is a summary of a conference presentation given at the "11th Micronization Symposium" (December 2002). (Reference: Proceedings of the 11th Micronization Society, P174) Detailed content can be viewed through the related links. [Contents] ■ Overview ■ Measurement Data ■ Summary *For more details, please refer to the related links or feel free to contact us.

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Technical Information: Pore Size Distribution Measurement Method

Technical Information: Pore Size Distribution Measurement Method

Introduction to pore size distribution measurement methods such as "gas adsorption method" and "mercury porosimeter"!

Typical measurement methods for the pore distribution of powders and functional materials include gas adsorption methods and mercury porosimetry. The "gas adsorption method" primarily analyzes N2 or Ar gas adsorption isotherms at low temperatures (liquid nitrogen or liquid argon), allowing for the measurement of pore diameters ranging from molecular size to several hundred nanometers. The "mercury porosimeter" is a method that involves applying pressure to mercury, which is not easily wetting to the material, and determining the pore distribution from the amount forced into the sample. Additionally, in recent years, methods such as "gas permeation" and "bubble point method" have been developed to measure only the permeable pores of filters and separation membranes. For more details, please visit our website. *For more information, please refer to the related links or feel free to contact us.

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High-precision gas adsorption measurement device "BELSORP MAX G"

High-precision gas adsorption measurement device "BELSORP MAX G"

Demo/analysis now available. Compact and low-cost! Dedicated equipment capable of evaluation from micro pores (activated carbon, zeolite, MOF, etc.).

"BELSORP MAX G" is a compact and low-cost gas adsorption measurement device within the BELSORP MAX series. It is a dedicated instrument capable of measuring gas adsorption isotherms from extremely low pressures for the evaluation of porous and non-porous materials with micro, meso, and macro pores. It is equipped with one measurement port, one dedicated port for measuring saturation vapor pressure, and one reference port, each with its own dedicated pressure sensor, allowing for high-precision measurements. 【Features】 ■ Evaluation from micro pores is possible through N2 and Ar ultra-low pressure isotherm measurements with the highest level of reproducibility. ■ Ultra-micropore evaluation is possible through CO2 adsorption. ■ Low specific surface area measurement through Kr adsorption. ■ Measurement of adsorption isotherms and adsorption rates for H2, CO2, O2, CH4, and non-corrosive gases. *For more details, please refer to the PDF document or feel free to contact us.

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Rapid Surface Area Measurement Device (6 Samples Continuous) 'BELSORP MR6'

Rapid Surface Area Measurement Device (6 Samples Continuous) 'BELSORP MR6'

Demo/analysis now accepting. Additional sample measurements can also be conducted at the sample exchange station!

The "BELSORP MR6" is a fully automated rapid BET evaluation system that can continuously measure up to 6 samples from pretreatment to measurement and BET specific surface area calculation. By continuously performing pretreatment, cooling, and measurement of samples, it is possible to efficiently complete the entire process in about half the time compared to conventional products for 6 sample measurements. With the sample exchange station, new samples can be swapped in during measurement, allowing for additional sample measurements. 【Features】 ■ Measurement range (0.01m² and above) ■ Short measurement time (15 minutes per measurement, including calibration) ■ Excellent reproducibility achieved through automatic capture of temperature and pressure during calibration ■ Low specific surface area measurement using Kr adsorption *For more details, please refer to the PDF document or feel free to contact us.

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[Web Seminar] Synchronization Analysis of Particle Characteristics

[Web Seminar] Synchronization Analysis of Particle Characteristics

Laser diffraction and scattering method + dynamic image analysis method! Introducing various case studies of property analysis of powders and granules using SYNC.

The standard laser diffraction and scattering particle size distribution measurement device has evolved further. Introducing the new measurement technology of SYNC: "Laser diffraction and scattering + dynamic image analysis particle size distribution and particle shape measurement device," along with various case studies of property analysis of powders and granules by SYNC. *For more details, please refer to the PDF document or feel free to contact us.

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[Web Seminar] Evaluation of Pore Structure of Porous Carbon and Silica

[Web Seminar] Evaluation of Pore Structure of Porous Carbon and Silica

An explanation of pore structure evaluation obtained from gas adsorption isotherms, incorporating an overview of various analytical theories and measurement examples!

Porous carbon used for various battery electrode materials, conductive additives, and catalyst materials, along with silica, will be discussed in terms of pore structure evaluation obtained from gas adsorption isotherms, incorporating an overview of analytical theories and measurement examples. Specifically, we will introduce evaluation methods for the specific surface area inside and outside the pores and the capacity of each pore (planar adsorption theory), as well as classical methods for evaluating micropore and mesopore distribution (capillary condensation theory, adsorption potential theory), including graphical representations. Additionally, we will introduce the high-precision gas/vapor adsorption measurement device "BELSORP MAXII-HP/HV." [Seminar Content] ■ Pore structure evaluation obtained from gas adsorption isotherms ■ Introduction of "BELSORP MAXII-HP/HV" ■ Introduction of applications/markets *For more details, please refer to the PDF document or feel free to contact us.

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[Web Seminar] Metal Additive Manufacturing Technology and Evaluation Techniques for Materials and Fabricated Products

[Web Seminar] Metal Additive Manufacturing Technology and Evaluation Techniques for Materials and Fabricated Products

For those who are already engaged in metal additive manufacturing technology, as well as for those who want to learn about it in the future!

The manufacturing using metal additive manufacturing technology (commonly known as 3D printing) is widely spreading in Europe, particularly in Germany. This seminar focused on "evaluation techniques for materials and molded products," presenting a perspective that has not been explored before. We introduced new information, including trends in international standards, and invited Professor Hideki Kyogoku, a specially appointed professor at Kinki University and project leader of the Technical Research Association for Next-Generation 3D Additive Manufacturing Technology (TRAFAM), to give a lecture. 【Program】 ■ Keynote Speech: Professor Hideki Kyogoku, Specially Appointed Professor, Next-Generation Fundamental Technology Research Institute, Kinki University ■ Classification and reduction of metal powders ■ Measurement of particle size distribution and particle shape of metal powders ■ Stress relief, debinding, and sintering of additive manufactured parts ■ Elemental analysis of metal powders and additive manufactured products ■ Sample production for structural analysis of molded parts: cutting to polishing *For more details, please refer to the PDF document or feel free to contact us.

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Proposal of various gas adsorption measurement and analysis methods utilizing and applying CO2 adsorption.

Proposal of various gas adsorption measurement and analysis methods utilizing and applying CO2 adsorption.

[Web Seminar] Introduction to suitable adsorbents for various applications and purposes!

As the first installment of the 2021 Microtrac MRB webinar, we will introduce the evaluation methods for pore structure using common N2 and Ar adsorption, along with the ultra-micropore evaluation of electrode materials such as Li-ion batteries through CO2 adsorption, and the evaluation of separation materials targeting CCS and CCUS (adsorption rate, breakthrough curve). We will explain the evaluation methods and features using porous carbon and zeolites, incorporating actual measurement data. Additionally, we will introduce suitable adsorbates based on each application and purpose. *For more details, please refer to the PDF materials or feel free to contact us.*

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[Web Seminar] Handling and Measurement of "Foundry Sand"

[Web Seminar] Handling and Measurement of "Foundry Sand"

Reduction, sieving, particle size distribution, particle shape! For those already involved in casting and those who want to learn about it in the future.

With the advancement of high functionality in cast products, the demands for surface smoothness, filling density, and strength of molds have become more sophisticated, making the characteristics of the casting sand that composes the molds extremely important. This time, we will introduce measurement techniques for handling casting sand, as well as screening and dynamic image analysis. [Seminar Content] ■ Classification and reduction of casting sand ■ Measurement technology of particle size distribution and particle shape using dynamic image analysis CAMSIZER ■ Case studies on particle size distribution and particle shape measurement of casting sand *For more details, please refer to the PDF materials or feel free to contact us.

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Carbon Neutral High-Precision Gas/Steam Adsorption Measurement Device

Carbon Neutral High-Precision Gas/Steam Adsorption Measurement Device

Evaluation of materials for CO2 separation and capture - The definitive device for measuring the world's highest level of gas and vapor adsorption.

With a single device, it is possible to evaluate specific surface area, pore distribution, gas and vapor adsorption capacity, adsorption rate, and chemical adsorption measurements. Since it can perform adsorption evaluations over a wide range (from low pressure to high pressure and low temperature to high temperature), it is optimal not only for material characterization but also for process evaluation. 【Applications】 Catalysts, gas separation, storage, CCS, CCSU, various batteries, capacitors, fibers, polymer materials, chemicals, pigments, cosmetics, magnetic powders, separation membranes, filters, toners, cement. *For more details, please contact us. We also accept requests for demonstrations and sample analyses, so feel free to reach out.

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Carbon Neutral Particle Size Distribution and Shape Measurement Device

Carbon Neutral Particle Size Distribution and Shape Measurement Device

Evaluation of materials for "batteries," a clean energy source that does not emit CO2 - Particle size distribution and particle shape evaluation using a single device.

The core technology of Microtrac MRB combines laser diffraction/scattering and dynamic image analysis into a single device. With our patented synchronized measurement technology, we achieve a multifaceted evaluation of particle size distribution and particle shape in a single measurement. 【Applications】 A wide variety of adaptable materials and applications Battery materials, ceramics, metal materials for 3D printers, glass beads, resins, construction materials (aggregates, cement), pharmaceuticals, food, cosmetics, etc. *For more details, please contact us. We also accept requests for demonstrations and sample analyses, so feel free to reach out.

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Carbon Neutral Particle Size Distribution / Particle Size Distribution and Zeta Potential Measurement Device

Carbon Neutral Particle Size Distribution / Particle Size Distribution and Zeta Potential Measurement Device

Evaluation of materials for CO2-emission-free clean energy "batteries" - Particle size distribution and zeta potential measurement using a single device.

The NANOTRAC WAVE II series is a particle size distribution (particle size distribution) and zeta potential device that uses backscattering measurement with an optical probe. It is capable of obtaining stable data from low to high concentrations. 【Applications】 Battery materials, beverages, food, pharmaceuticals, cosmetics, cement, inks, paints, pigments, semiconductors, minerals, polymer materials, polymers. *For more details, please contact us. We also accept requests for demonstrations and sample analyses, so feel free to reach out.

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