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Measuring Instrument Product List and Ranking from 27 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 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:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.

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Measuring Instrument Product ranking

Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.

  1. VR-6000 Series One-Shot 3D Shape Measuring Machine
  2. 3D scanner type three-dimensional measuring instrument "VL-800 series"
  3. 3D Image Dimension Measuring Device 'LM-X Series'
  4. 4 Fully Automatic Image Dimension Measuring Instrument 'IM-X1000 Series'
  5. 5 Image Dimension Measuring Instrument IM-8000 Series

Measuring Instrument Product List

1786～1800 item / All 1993 items

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Complex Permittivity Meter 'FPOR'

Complex Permittivity Meter 'FPOR'

For measuring the complex permittivity of millimeter-wave band compatible materials! Seamless and highly accurate measurements can be performed in a short time.

The "FPOR" is a complex permittivity measurement device that applies the Fabry-Pérot resonator, which has been widely known in the field of optics. It can be used for measuring the complex permittivity of materials compatible with millimeter-wave bands, which have seen intense development in recent years for applications such as 5G/6G and automotive radar. Additionally, because it uses coaxial ports, it can measure seamlessly and with high precision over a range of 15GHz to 130GHz in short time intervals, with a step of 1.5GHz. 【Features】 ■ The measurement system consists of the FPOR main unit, a VNA (Vector Network Analyzer), and a PC with dedicated software installed. ■ It has coaxial connectors for input and output, allowing for a simple setup by connecting to the two ports of the VNA. *For more details, please refer to the related links or feel free to contact us.

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Comparative measuring instrument (inner diameter, outer diameter, height, chamfering, limit gauge)

Comparative measuring instrument (inner diameter, outer diameter, height, chamfering, limit gauge)

Measurements with a comparator are easy and measurement errors can be kept small! Especially when measuring repeatedly.

The "Comparative Measuring Instrument" is a product that measures dimensions such as inner diameter, outer diameter, and height by comparing them with reference gauges (master gauges) such as ring masters or block masters that are prepared in advance to match the dimensions of the measurement area, and calculates the difference from the reference gauge. When comparing, a dial gauge is used to obtain the difference from the reference gauge in numerical form, and it is classified into measuring instruments (such as "inner diameter measuring instrument," "outer diameter measuring instrument," "height measuring instrument (flat stand)," and "chamfer measuring instrument") that determine through comparison and "limit gauges" that determine through go/no-go. Measurements with comparative measuring instruments are easy and the measurement error can be kept small, making them commonly used in cases of mass-produced items where repeated measurements are necessary. 【Lineup (partial)】 <Inner Diameter Measuring Instruments> ■ASQA-ID-01 ■ASQA-ID-02 ■ASQA-ID-03 ■ASQA-ID-BMD <Outer Diameter Measuring Instruments> ■ASQA-OD-01 ■ASQA-OD-02 *For more details, please refer to the PDF document or feel free to contact us.

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Geometric characteristics measured by instruments (runout, wall thickness, concentricity, perpendicularity, roundness, pitch, etc.)

Geometric characteristics measured by instruments (runout, wall thickness, concentricity, perpendicularity, roundness, pitch, etc.)

Characteristics that regulate shape, posture, position, and vibration! Classified into shape, posture, position, and vibration characteristics.

The "Geometric Characteristics Measurement Device" is a product designed to measure geometric characteristics. The device uses a dial gauge for measurements and includes a pitch gauge for measuring positional accuracy, eliminating the need for a reference master required for comparative measurements. Geometric characteristics refer to the properties that regulate "shape, posture, position, and runout" (according to JIS Z8114 "Drafting - Drafting Terms"). Geometric characteristics are classified into shape characteristics, posture characteristics, position characteristics, and runout characteristics. 【Classification of Geometric Characteristics】 ■ Shape Characteristics: Roundness, Flatness, Cylindricity, etc. ■ Posture Characteristics: Parallelism, Perpendicularity, etc. ■ Position Characteristics: Positional Accuracy, Concentricity (Uneven Thickness), Coaxiality, etc. ■ Runout Characteristics: Circular Runout, Total Runout *For more details, please refer to the PDF document or feel free to contact us.

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Discussion on Inspection and Measurement: Roundness and Roundness Measuring Instruments

Discussion on Inspection and Measurement: Roundness and Roundness Measuring Instruments

Introduction to inspection and measurement, including 2-point and 3-point measurements for elliptical shapes and rice ball shapes (triangular)!

Roundness is one of the geometric tolerances applied to a single shape, referring to "the magnitude of deviation from the geometric circle of the circular part." Methods for measuring roundness include roundness measuring machines (such as Roncom), reading methods using center support, and three-dimensional measuring machines. A practical measurement method involves measuring the diameter with a dial gauge, and the Kensatools roundness measuring device falls into this category. [Contents] ■ About Roundness 1) Definition and illustrated examples 2) Tolerance zone (allowable range) 3) Measurement methods ■ Two-point and three-point measurements for elliptical shapes and onigiri shapes (triangular) *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.

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  • Other inspection equipment and devices

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[Inspection and Measurement Discussion] Measuring Instruments for Geometric Characteristics

[Inspection and Measurement Discussion] Measuring Instruments for Geometric Characteristics

Introducing an article on correctly evaluating the "geometric characteristics" and "geometric tolerances" specified in product drawings!

"Geometric characteristics" are classified in ISO/JIS according to the applicable shapes and types of geometric tolerances. A "datum" can be simply defined as "the dimension that serves as a reference during measurement." When specifying the geometric tolerances of related shapes in a drawing, the reference axes, surfaces, and dimensions are designated with letters of the alphabet, and these letters are referred to as datums. To correctly evaluate the "geometric characteristics" and "geometric tolerances" listed on product drawings, it is necessary to understand their meanings accurately and choose appropriate measurement methods accordingly. [Contents] ■ Types of geometric characteristics ■ Measuring instruments for geometric characteristics *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.

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[Discussion on Inspection and Measurement] Comparative Measuring Instruments 1: What is a Comparative Measuring Instrument?

[Discussion on Inspection and Measurement] Comparative Measuring Instruments 1: What is a Comparative Measuring Instrument?

Measure the characteristics and properties of the subject being tested by comparing it with reference values and standard substances! Introducing the topic of inspection and measurement.

"Comparative measurement" refers to measuring the characteristics or properties of a subject by comparing it with a reference value or standard material. For example, in the measurement of "length," one might measure both a reference piece, such as a block gauge, and the subject simultaneously using a dial gauge, and determine the length of the subject from the difference. In general, measuring instruments used for "comparative measurement" are referred to as "comparative measuring instruments." Our company primarily handles measuring instruments for measuring "length," particularly those for measuring "inner diameter," "outer diameter," "height (width)," "chamfering," and limit gauges. 【Contents】 ■ What is a comparative measuring instrument? ■ Features of comparative measuring instruments *For detailed content of the article, please refer to the related links. For more information, feel free to contact us.

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CD-6 Partial Discharge Measuring Device

CD-6 Partial Discharge Measuring Device

Built-in pulse counter. Count signal output can be obtained.

The "CD-6 Partial Discharge Measuring Device" is a newly designed product developed to enhance the performance of the CD-5 model and accommodate automation. To support the automation of measurements, it allows for settings and readings of switching ranges, pulse counting, and measurement value readings via a computer. Additionally, improvements have been made in various areas such as pulse linearity, reduction of internal noise, temperature stability, and the dynamic characteristics of the indicating instrument. 【Features】 ■ Safety ■ Standardization of inputs ■ Expanded attenuator range ■ Improved linearity of pulse output ■ Reduction of internal noise ■ Standard equipped counter *For more details, please download the PDF or feel free to contact us.

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Laser diffraction particle size distribution measurement device (small capacity measurement system)

Laser diffraction particle size distribution measurement device (small capacity measurement system)

<Used Analytical Equipment>

This is a laser diffraction particle size distribution measurement device with a measurement range of 17 nm to several hundred micrometers (depending on the viscosity of the dispersing medium and particle density). It is equipped with a batch cell (SALD-BC23) that allows measurement with a small amount of sample (target particles and dispersing medium). Organic solvents and acids can be used as the dispersing medium. (S2928-00)

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Moisture Activity Measurement Device 'AW-1/AW-Multi'

Moisture Activity Measurement Device 'AW-1/AW-Multi'

Guidelines for hygiene management of food, focusing on the control of the minimum water activity for microbial growth!

The "AW-1/AW-Multi" is a moisture activity measurement device that allows for quick and easy measurement of the moisture activity of samples. With a detachable sensor, measurements can be taken easily and swiftly. The "AW-1" can save calibration values for each sample container with a sensor, allowing for tailored use according to the sample. Additionally, the "AW-Multi" can be placed in your existing constant temperature chamber for measurement. Since it is consolidated into a single unit inside the chamber, it leads to improved work efficiency. 【Features of AW-1】 ■ Compact and lightweight model suitable for portability ■ Detachable sensor ■ Option to select between Stability Mode (basic measurement mode) and Quick Mode (short measurement mode) ■ User can perform single-point calibration ■ Stores measurement values for 10 measurements in the main unit *For more details, please download the PDF or feel free to contact us.

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Elasticity Measurement Device "FQ8000"

Elasticity Measurement Device "FQ8000"

It is possible to measure the elastic modulus of the sample at temperature settings ranging from room temperature to 1650 degrees.

The "FQ8000" is a high-temperature furnace elastic modulus measurement device that can measure the elastic modulus of samples at temperature settings from room temperature to 1650 degrees. It can automatically measure the resonance point by applying sweep frequency vibrations to the sample. Additionally, measurements can be taken in both atmospheric and controlled environments (the controlled atmosphere furnace is optional). 【Features】 ■ Continuous measurement up to 1650 degrees ■ Supports up to 1700 degrees ■ Abnormal temperature stop function (for thermometer anomalies, above 1700 degrees, and others) ■ Can automatically measure the resonance point by applying sweep frequency vibrations to the sample *For more details, please refer to the catalog or feel free to contact us.

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