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Measuring Instruments Product List and Ranking from 250 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.

Measuring Instruments 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. null/null
  2. null/null
  3. 昭和電子工業 Kanagawa//Industrial Electrical Equipment
  4. 4 null/null
  5. 5 ダイオーエンジニアリング Ehime//Industrial Machinery
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Measuring Instruments 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. Frequency measuring instrument for power supply and demand adjustment systems (primary adjustment capacity) such as system energy storage facilities.
  2. Data logger/DC measurement device *Input specifications and calculation processing can be freely adjusted. 昭和電子工業
  3. Aquadopp Profiler Ultrasonic Current Velocity Meter ADCP
  4. 4 Fully automatic measurement of inner diameter, outer diameter, length, runout, etc.! 【Fully Automatic Measuring Machine】 ダイセイ
  5. 5 Signature 1000/500 Multifunctional Flow Velocity Meter ADCP

Measuring Instruments Product List

151～165 item / All 417 items

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Wireless Thermometer Sensor 'HD2-06BW'

Wireless Thermometer Sensor 'HD2-06BW'

Equipped with a rechargeable battery, compact and lightweight design allows for measurement in various locations!

The "HD2-06BW" is a wireless temperature measuring device for molten metal, used in conjunction with a consumable thermocouple. Through wireless communication, measurement results can be displayed on a connected display set to the same channel. Additionally, measurement result data can be saved to a computer's Excel sheet via a receiver. 【Features】 ■ Portable type that does not require wires, unrestricted by work sites or compensation leads. ■ After power is turned on, the surrounding temperature is displayed, allowing confirmation of whether the accompanying consumable thermocouple is correctly connected. ■ If the peak temperature of the molten metal is measured, an automatic buzzer notification is provided. ■ Automatically turns off power within one minute after peak temperature measurement (power-saving function), etc. *For more details, please download the PDF or feel free to contact us.

  • Display
  • Temperature and humidity measuring instruments
  • Other temperature and humidity measuring instruments

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Measurement LCM Service

Measurement LCM Service

Total support for the entire lifecycle from the introduction plan of the measuring instrument to its disposal.

Our company leverages its expertise as a rental company to provide appropriate services at each phase of the lifecycle—planning, procurement, implementation, operation/management, and updating/disposal—when introducing measurement instruments (systems). We offer a wide range of rental solutions in a one-stop manner. By outsourcing to us, you can eliminate the hassle of managing measurement instruments (systems) and create an environment where you can focus on your core business without worry. Additionally, the benefits vary depending on the method of rental, lease, or purchase. We will propose the most suitable method for our customers. 【Benefits of Rental】 ■ Immediate delivery with just one phone call ■ Access to advanced equipment ■ Hassle-free with guaranteed quality ■ Rental fees are fully deductible as expenses *For more details, please download the PDF or feel free to contact us.

  • oscilloscope
  • Rental/lease
  • Voltage Meter

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3D measurement business

3D measurement business

Versatile use of 3D data is possible! Visualizing the invisible, an advanced 3D measurement business.

In our 3D measurement business, we acquire point cloud data through 3D laser measurement for various applications, including plants, bridges, buildings, cultural properties, and earthquake or fire sites, and visualize it on a PC. Based on the acquired data, we can create models and drawings, allowing for verification of objects without the need to visit the site. This makes it easy to understand the current situation and can be utilized not only for demolition but also for engineering purposes such as renovations and simulations for replacements. 【Features】 ■ Layout simulation ■ Measurement of distortion, bending, and twisting ■ Before/After shape comparison ■ Walkthrough videos ■ 2D drawing creation *For more details, please refer to the PDF materials or feel free to contact us.

  • 3D measuring device

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Measurement of Slope on Diagnostic Rails *White Paper Provided

Measurement of Slope on Diagnostic Rails *White Paper Provided

Precisely measure the height difference and gradient between the rails to support the safe operation of cranes.

Measuring the gradient involves precisely evaluating the changes in gradient along the rails. This measurement is conducted to ensure that the crane's track is uniform, supporting the stable operation of the crane. **Importance of Gradient Measurement** 1. **Stability of Operation** For a crane to operate stably on the rails, it is ideal for the gradient of the rails to be uniform. Uneven gradients can cause the crane to tilt or lead to load imbalances, potentially hindering safe operation. 2. **Reduction of Mechanical Stress** By aiming for a uniform gradient and maintaining it within specified limits, structural stress on the crane can be minimized, which also contributes to reducing maintenance costs. 3. **High-Precision Measurement** With high-precision measurements of the "diagnostic rail," the gradient of the rails can be accurately identified, allowing for the early detection of potential issues related to crane operation. *For more details, please refer to the PDF document or feel free to contact us.*

  • Inspection robot

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What is FSSC22000 Ver.6?

What is FSSC22000 Ver.6?

We will clearly explain the newly added requirements and changes!

The international standard for food safety management systems, FSSC 22000, was significantly revised in April 2023 as Ver. 6. This revision represents an important change aimed at addressing the globalization of the food industry and new food safety risks. For food manufacturing companies looking to expand overseas, adapting to FSSC 22000 Ver. 6 is an unavoidable challenge for maintaining and strengthening international competitiveness. Organizations that have already obtained FSSC 22000 certification must complete their transition by the end of March 2025, while organizations aiming for new certification are required to obtain certification under the new version (FSSC 22000 Ver. 6). This article will clearly explain the key changes in FSSC 22000 Ver. 6 and their practical implications, providing necessary information for companies considering certification. *For more detailed information, please refer to the link below.*

  • Internal Control and Operational Management

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[Case Study] Machine Tools

[Case Study] Machine Tools

We will introduce a case where stable product quality assurance is possible by quantifying straightness with a laser and making adjustments.

Here is an example of straightness measurement of a turret lathe using "Easy-Laser." By installing a transmitter on the spindle (rotating body), straightness can be measured. By quantifying straightness with a laser and making adjustments, it is possible to ensure stable product quality. There are many other examples as well. If you have any inquiries about implementation, please feel free to consult us. 【Case Overview】 ■ Install a transmitter and measure straightness ■ Quantify straightness with a laser and make adjustments ■ Ensure stable product quality *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments

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[Case Study] Shipbuilding

[Case Study] Shipbuilding

Introducing a case where we can check the error at the bearing center and make real-time adjustments!

We will introduce a case of shaft alignment measurement for propeller shafts using "Easy-Laser." You can check the alignment between the gearbox and the screw shaft bearing. It is possible to confirm the error between the center of the gearbox's rotating axis and the center of the screw shaft bearing, and adjustments can be made in real-time. Additionally, for the alignment measurement of the stanchion tube, a laser system can be used during the acceptance inspection to verify the product. 【Case Overview】 ■ Propeller Shaft Alignment Measurement - You can check the alignment between the gearbox and the screw shaft bearing. - Adjustments can be made in real-time. ■ Stanchion Tube Alignment Measurement - A laser system can be used for product verification during acceptance inspection. *For more details, please refer to the PDF document or feel free to contact us.

  • image_03.png
  • Other measurement, recording and measuring instruments

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3D Foot Shape Automatic Measurement Device 'Real Foot'

3D Foot Shape Automatic Measurement Device 'Real Foot'

Print output is also possible! Measurement information is stored in a database and can be instantly displayed as a three-dimensional model.

"Real Foot" is a three-dimensional automatic foot measurement device that utilizes a rail-type laser measurement system. It measures the shape of the foot in three dimensions in just about 15 seconds per foot. It accurately reproduces the foot shape by measuring approximately 30,000 points on one foot, including the "instep," "heel," "toes," and "sole" from the ankle down. Additionally, it can be easily set up at events with a dedicated carrying case. 【Features】 ■ Three-dimensional measurement in 15 seconds per foot ■ Cloud management ■ Compact design ■ Approximately 30,000 points per foot ■ Quick startup and analysis ■ Print and smartphone output *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments

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3D Foot Shape Automatic Measurement Device 'Real Foot Self'

3D Foot Shape Automatic Measurement Device 'Real Foot Self'

No plaster! Just follow the instructions on the screen, and you can easily measure your feet.

"Real Foot Self" is a three-dimensional foot shape automatic measurement device that dramatically improves work efficiency. It allows for cost and time reduction. By placing the foot on a rotating platform and scanning it with a three-dimensional camera after two rotations, it eliminates the need for plaster. Additionally, since data management is possible, it enables design based on restoration numerical values. 【Features】 ■ Cost reduction ■ Easy restoration function ■ Time savings ■ No plaster required ■ Three-dimensional CAD data creation *For more details, please refer to the PDF materials or feel free to contact us.

  • Other measurement, recording and measuring instruments

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[Helpful Materials] Explanation of the Revisions to ISO 11452-9:2021

[Helpful Materials] Explanation of the Revisions to ISO 11452-9:2021

We will introduce the amendments from the previous edition regarding the automotive parts immunity test standard: ISO 11452-9 (2021), published in October 2021.

This document introduces the amendments from the previous edition of the automotive component immunity testing standard ISO 11452-9 (2021), published in October 2021. It highlights key changes, including the adoption of new radiating antennas, modulation methods, and the addition of equipment characteristic evaluation methods in the Normative Annex. We hope you find this useful for understanding the revision points. ■INDEX 1. Introduction 2. Amendments and Discussion History 3. Test Environment 4. Test Plan and Testing 5. Conclusion *You can download the materials by following the related links below.

  • EMC Testing

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[Useful Materials] Overview of E-Mark Regulations

[Useful Materials] Overview of E-Mark Regulations

We will introduce the amendments from the previous edition regarding the automotive parts immunity test standard: ISO 11452-9 (2021), published in October 2021.

This is an introduction to the E-mark regulations established as a mutual recognition system based on the United Nations "Agreement on Mutual Recognition of Approval for Vehicles and Their Equipment (1958 agreement)." Among these, the UN ECE Regulation No. 10 (R10), set by the United Nations Economic Commission for Europe, is subject to regulation as an international type approval standard for the EMC of automobiles. Please take a moment to read about its overview. ■INDEX 1. About the E-mark 2. Target products 3. Requirements for obtaining the E-mark 4. Technical standards (Reg. R10) 5. Approval application 6. Marking 7. Testing 8. Immunity-related functions 9. Other important items in the technical standards 10. How to obtain E-mark approval *You can download the materials by following the related links below.

  • EMC Testing

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Overview of Immunity Testing Using the Reverberation Chamber Method

Overview of Immunity Testing Using the Reverberation Chamber Method

[Recently Released] [Helpful Materials] We will introduce the operating principles and technical features of immunity testing.

We will introduce the operating principles and technical features of the Reverb Chamber (RVC) that our organization has implemented based on the latest EMC testing trends, specifically for immunity testing. [Coming soon] Additionally, we will sequentially release other [useful materials] in the future. *You can download the materials by transitioning from the related links below.

  • EMC Testing

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[Useful Materials] Overview and Challenges in the 150kHz to 1GHz Range

[Useful Materials] Overview and Challenges in the 150kHz to 1GHz Range

An overview of the ALSE characteristic verification method adopted as a reference annex from the 4th edition.

This document introduces the verification method for ALSE (Absorber-Lined Shielded Enclosure) characteristics, which has been adopted as an informative annex in CISPR 25, 4th edition, along with its overview and features. It includes actual measurement results regarding known issues such as the discrepancy between reference values and ALSE measurement values in the long wire method, and also explains the reference method for comparison purposes with the long wire method. Please use this as a reference material to gain a deeper understanding of CISPR 25, a major emission measurement standard in the automotive field. [Contents] ■1. Introduction ■2. Model of Reference Values ■3. Verification Method ■4. Known Issues and Responses ■5. Supplement ■6. Conclusion *For more details, please download the PDF or feel free to contact us.

  • EMC Testing

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[Latest Version] UN REGULATION NO.10

[Latest Version] UN REGULATION NO.10

Detailed information on new definitions, main amendments, and transitional provisions (transition measures) is published!

This document provides an overview of the changes from the 6th edition to the 7th edition of UN Regulation No. 10, issued on June 17, 2025, focusing on information related to ESA testing. Key changes include detailed explanations of "expansion of the upper limit of RF immunity test frequencies," "permission for the use of FFT-based measuring instruments," and "changes to current requirements during charging." Please feel free to download and read it. [Contents] ■ Introduction ■ New definitions, etc. ■ Main amendments ■ Overview of key changes ■ Transitional provisions ■ Conclusion ■ Supplement *For more details, please download the PDF or feel free to contact us.

  • others

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