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Measuring Instrument Product List and Ranking from 1152 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.

Measuring Instrument Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. システムクリエイト Osaka//Industrial Machinery
  3. null/null
  4. 4 フォス･ジャパン Tokyo//Testing, Analysis and Measurement
  5. 5 日東精工アナリテック Kanagawa//Industrial Machinery
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Measuring Instrument Product ranking

Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
This ranking is based on the number of page views on our site.

  1. VR-6000 Series One-Shot 3D Shape Measuring Machine
  2. Fully Automatic Image Dimension Measuring Instrument 'IM-X1000 Series'
  3. 3D scanner type three-dimensional measuring instrument "VL-800 series"
  4. 4 I tried measuring the gauge with a tabletop measuring device! システムクリエイト
  5. 5 Mitarepo: An amateur tried 3D measurement! Fulcrum システムクリエイト

Measuring Instrument Product List

3601～3630 item / All 3784 items

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[Contract Measurement] 90A Continuous Current Test

[Contract Measurement] 90A Continuous Current Test

You can measure the contact resistance value during large current conduction and the heating temperature of the workpiece.

What happens at the contact point during electrical measurements? How does the contact resistance change over time? What is the temperature rise when a large current, such as 400A, is flowing? What is the contact resistance value in a high-temperature environment of 300°C? By conducting actual measurements, it is possible to quantify what is really happening. Additionally, by combining several types of devices, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Special Steel
  • Other metal materials
  • alloy
  • Measuring Instrument

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【Contract Measurement】50A Continuous Current Test

【Contract Measurement】50A Continuous Current Test

You can measure contact resistance values during power supply and the heating temperature of the workpiece.

What happens at the contact point during electrical measurements? How does the contact resistance change over time? What is the temperature rise when a large current, such as 400A, is flowing? What is the contact resistance value in a high-temperature environment of 300°C? By conducting actual measurements, it is possible to quantify what is really happening. Additionally, by combining several types of equipment, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Special Steel
  • Other metal materials
  • alloy
  • Measuring Instrument

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[Commissioned Measurement] 40A Continuous Current Test

[Commissioned Measurement] 40A Continuous Current Test

You can measure the contact resistance value during power supply and the heating temperature of the workpiece.

What happens at the contact point during electrical measurements? How does the contact resistance change over time? What is the temperature rise when a large current, such as 400A, is flowing? What is the contact resistance in a high-temperature environment of 300°C? By conducting actual measurements, it is possible to quantify what is really happening. Additionally, by combining several types of equipment, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Special Steel
  • Other metal materials
  • alloy
  • Measuring Instrument

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[Contract Measurement] 30A Continuous Power Supply Experiment

[Contract Measurement] 30A Continuous Power Supply Experiment

You can measure the contact resistance value during power supply and the heating temperature of the workpiece.

What happens at the contact point during electrical measurements? How does the contact resistance change over time? What is the temperature rise when a large current, such as 400A, is flowing? What is the contact resistance value in a high-temperature environment of 300°C? By conducting actual measurements, it is possible to quantify what is really happening. Additionally, by combining several types of devices, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Special Steel
  • Other metal materials
  • alloy
  • Measuring Instrument

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[Commissioned Measurement] 3A Continuous Power Supply Experiment

[Commissioned Measurement] 3A Continuous Power Supply Experiment

You can measure the contact resistance value during power supply and the heating temperature of the workpiece.

What happens at the contact point during electrical measurements? How does the contact resistance change over time? What is the temperature rise when a large current, such as 400A, is flowing? What is the contact resistance in a high-temperature environment of 300°C? By conducting actual measurements, it is possible to quantify what is really happening. Additionally, by combining several types of equipment, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Special Steel
  • Other metal materials
  • alloy
  • Measuring Instrument

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[Commissioned Measurement] 2A Continuous Current Experiment

[Commissioned Measurement] 2A Continuous Current Experiment

You can measure the contact resistance value during energization and the heating temperature of the workpiece.

What happens at the contact point during electrical measurements? How does the contact resistance value change over time? What is the heating temperature during high current flow, such as 400A? What is the contact resistance value in a high-temperature environment of 300℃? By conducting actual measurements, it is possible to quantify what is really happening. Additionally, by combining several types of equipment, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Special Steel
  • Other metal materials
  • alloy
  • Measuring Instrument

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Contract measurement: Measurement of small resistance

Contract measurement: Measurement of small resistance

We will digitize the electrical characteristics of your company's work according to your desired specifications.

What happens at the contact point when power is applied? How does the contact resistance change? How much heat is generated at the contact point during high current flow? What is the resistance value in high-temperature environments? By measuring these factors, you can confirm what is actually happening. By combining several types of equipment, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Contract measurement
  • Measuring Instrument

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Contracted measurement: Measurement of low resistance

Contracted measurement: Measurement of low resistance

We will digitize the electrical characteristics of your company's work based on your desired conditions.

What happens at the contact point when electricity is applied? How does the contact resistance change? How much heat is generated at the contact point during high current flow? What is the resistance value in high-temperature environments? By measuring these factors, you can confirm what is actually happening. By combining several types of equipment, we can approach measurements that are closer to real-world conditions. We are also accepting requests for visits at any time. For more details, please contact us through our website. ○http://www.sankei-engineering.com/○

  • Contract measurement
  • Measuring Instrument

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Desktop 3D Measuring Device 'Fulcrum' for Electronic Equipment

Desktop 3D Measuring Device 'Fulcrum' for Electronic Equipment

Portable 3D Measuring Device for Electronic Components for On-Site Use!

In the electronics industry, precise inspection of components is essential to ensure product quality and reliability. Particularly in miniaturized electronic components, even slight dimensional deviations or shape abnormalities can significantly impact product performance. Traditional measurement methods often require considerable time and effort, leading to challenges in inspection efficiency. Fulcrum simplifies on-site measurements, streamlining the inspection process and supporting the delivery of high-quality products. 【Usage Scenarios】 - Dimensional measurement of electronic components - Inspection of components after PCB assembly - Shape verification of prototypes 【Benefits of Implementation】 - Reduction in inspection time - Early detection of defective products - Improvement in quality control

  • 3D measuring device
  • Measuring Instrument

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Tabletop 3D Measuring Device 'Fulcrum' for Educational Institutions

Tabletop 3D Measuring Device 'Fulcrum' for Educational Institutions

Useful in educational settings! Desktop 3D measuring instrument

In educational institutions, it is essential to teach accurate measurement techniques to deepen students' understanding and help them acquire practical skills. Particularly in industrial high schools and engineering departments at universities, learning the fundamentals of three-dimensional measurement is crucial for the development of future engineers. However, the introduction of expensive measuring instruments and the need for specialized knowledge can make implementation challenging. Fulcrum is compact, user-friendly, and features a template function, making it easy to use without being constrained by experience, thus supporting practical learning of three-dimensional measurement in educational settings. 【Usage Scenarios】 - Practical training in industrial high schools - Research in university engineering departments - Skill acquisition in vocational training schools 【Effects of Implementation】 - Acquisition of practical measurement techniques - Enhanced understanding through visualization of measurement results - Development of application skills through diverse measurement options

  • 3D measuring device
  • Measuring Instrument

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TLD870 for Automotive Parts Management

TLD870 for Automotive Parts Management

Speeding up the measurement, weighing, and barcode scanning of pallets.

In automotive parts management, accurate inventory control and efficient inbound and outbound operations are essential for cost reduction and operational efficiency. Particularly when there are many types of parts and management by pallet is necessary, rapid and precise dimension measurement, weighing, and barcode reading are required. The TLD870 addresses these challenges and contributes to the efficiency of parts management. 【Usage Scenarios】 - Pallet measurement during inbound and outbound operations in parts warehouses - Dimension confirmation when supplying parts to the manufacturing line - Integration with inventory management systems 【Benefits of Implementation】 - Improved work efficiency due to reduced measurement time - Enhanced accuracy of inventory data - Cost reduction

  • 3D measuring device
  • Measuring Instrument

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Pastel UV Water Quality Meter for University Research

Pastel UV Water Quality Meter for University Research

Simultaneous measurement of BOD and TOC in 40 seconds! Reducing experimental time.

In university research fields, rapid data acquisition in water quality analysis is required. In particular, reducing the measurement time for water quality indicators such as BOD and TOC is an important challenge for improving experimental efficiency. Traditional measurement methods have been time-consuming and labor-intensive, sometimes affecting experimental planning. Pastel UV simultaneously measures BOD, TOC, COD, SS, nitrate ions, and surfactants in just 40 seconds. This significantly enhances experimental efficiency and accelerates research activities. 【Usage Scenarios】 - Research related to water quality - Environmental analysis - Research on wastewater treatment 【Effects of Implementation】 - Reduction in measurement time - Improvement in experimental efficiency - Rapid acquisition of research data

  • Water quality testing
  • Measuring Instrument

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Pastel UV for Wastewater Treatment: Operational Optimization through BOD and TOC Measurement

Pastel UV for Wastewater Treatment: Operational Optimization through BOD and TOC Measurement

Simultaneous measurement of BOD, TOC, and COD in 40 seconds! Improving the operational efficiency of wastewater treatment plants.

At wastewater treatment plants, efficient water quality management and operational optimization are required. Rapid and accurate understanding of water quality indicators such as BOD, TOC, and COD is essential for stabilizing the treatment process, reducing energy consumption, and cutting costs. Traditional measurement methods have posed challenges due to their time-consuming and labor-intensive nature, which often prevents sufficient measurement frequency. Pastel UV enables simultaneous measurement of these parameters in just 40 seconds, allowing for quick data acquisition on-site. 【Usage Scenarios】 * Understanding fluctuations in inflow water quality * Monitoring the treatment process * Managing effluent water quality * Optimizing chemical dosing * Managing the sludge treatment process 【Benefits of Implementation】 * Improved operational efficiency through reduced measurement time * Early detection of anomalies through rapid data collection * Cost reduction through optimization of operational parameters * Achieving stable water quality management

  • Water quality testing
  • Measuring Instrument

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Pastel UV Water Quality Meter for the Chemical Industry

Pastel UV Water Quality Meter for the Chemical Industry

Simultaneous measurement of BOD, TOC, and COD in 40 seconds! Streamlining wastewater monitoring.

In the chemical industry, wastewater monitoring requires the rapid and accurate measurement of components such as BOD, COD, TOC, SS, nitrate ions, and surfactants contained in the wastewater. These components are important indicators for evaluating the quality of wastewater and minimizing environmental impact. Traditional measurement methods have faced challenges due to time and cost constraints, making it difficult to ensure sufficient measurement frequency. Pastel UV enables simultaneous measurement of these parameters in just 40 seconds, allowing for quick data acquisition on-site. This enhances the efficiency of wastewater monitoring and facilitates more frequent monitoring. 【Use Cases】 - Monitoring of wastewater treatment processes in chemical plants - Operational management of wastewater treatment facilities - Compliance with environmental regulations - Detection of anomalies in wastewater 【Benefits of Implementation】 - Improved operational efficiency through reduced measurement time - Lower running costs - Early detection of issues through rapid data acquisition - Contribution to reducing environmental impact

  • Water quality testing
  • Measuring Instrument

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TAM IV (Calorimeter) for Materials Science

TAM IV (Calorimeter) for Materials Science

Contributing to the evaluation of reactions of various substances.

In the field of materials science, accurately evaluating the thermal properties of materials is crucial for improving product quality and research and development. In particular, understanding the thermal stability, reaction heat, and phase changes of materials is essential for optimizing material design and manufacturing processes. The isothermal calorimeter TAM IV contributes to addressing these challenges by providing high-precision measurements and a variety of experimental conditions. 【Application Scenarios】 - Evaluation of thermal properties of polymers - Measurement of curing reactions in composite materials - Assessment of thermal stability of elastomers - Real-time monitoring of reaction behavior under controlled atmospheres 【Effects of Implementation】 - Detailed understanding of thermal behavior of materials - Quality control and improvement of products - Increased efficiency in research and development - Enhanced reliability of experimental data

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  • Analytical Equipment and Devices
  • Measuring Instrument

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TAM IV (Calorimeter) for Biotechnology

TAM IV (Calorimeter) for Biotechnology

Precise support for cell metabolism research.

In the field of biotechnology, particularly in the study of cellular metabolism, it is crucial to accurately grasp cellular activity in real-time. The metabolic processes of cells are highly complex, and even slight changes can significantly impact research outcomes. The isothermal calorimeter TAM IV enables precise measurement of minute thermal changes associated with cellular metabolic activity, allowing for a detailed understanding of the state of cell activity. This enables researchers to conduct analyses based on more accurate data. 【Application Scenarios】 - Cell culture - Analysis of metabolic pathways - Measurement of drug effects - Evaluation of cell survival rates 【Effects of Implementation】 - Detailed information on cellular metabolism is obtained - Reproducibility of experiments is improved - Contributes to the efficiency of research

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  • Analytical Equipment and Devices
  • Measuring Instrument

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TAM IV Isothermal Calorimeter for Polymers

TAM IV Isothermal Calorimeter for Polymers

For the precise evaluation of the co-reaction.

In the polymer industry, the optimization of polymerization reactions and quality control are crucial. By accurately understanding the reaction rate, heat generation, and reaction mechanisms, it is possible to find optimal reaction conditions and produce high-quality polymer products. The TAM IV isothermal calorimeter continuously measures the polymerization reaction process in real-time, addressing these challenges. 【Application Scenarios】 * Optimization of polymerization reactions * Measurement of reaction rates * Measurement of heat generation * Elucidation of reaction mechanisms 【Benefits of Implementation】 * Increased efficiency of polymerization reactions * Improved quality control * Acceleration of research and development

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  • Analytical Equipment and Devices
  • Measuring Instrument

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TAM IV Isothermal Calorimeter for Food Applications

TAM IV Isothermal Calorimeter for Food Applications

TAM IV contributes to the evaluation of food quality.

In the food industry, maintaining product quality and ensuring safety are crucial. Deterioration or degradation of food can lead to changes in taste and texture, as well as potential impacts on safety. The TAM IV isothermal calorimeter supports quality assessment by directly and continuously measuring the reactions of food. 【Application Scenarios】 - Evaluation of food stability - Prediction of shelf life - Assessment of the effects of food additives - Research on food preservation methods 【Benefits of Implementation】 - Early detection of food quality deterioration - Improvement of product quality - Increased efficiency in research and development

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  • TAMIV_Calorimeter_20ml_multicalorimeter.jpg
  • TAMIV_Matrix-Cartridge.jpg
  • TAMIV_Ampoule_Circlips_Group.jpg
  • TAMIV_Ampoule_Family.jpg
  • TAMIV_Ampoule_4ml_SoilPlant.jpg
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  • Analytical Equipment and Devices
  • Measuring Instrument

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Film thickness - optical refractive index - optical propagation loss measurement device

Film thickness - optical refractive index - optical propagation loss measurement device

Prism Coupler Type Optical Loss Measurement Device (Achieving World’s Highest Precision of 0.01 dB/cm!)

● Up to four lasers can be simultaneously mounted, including 633nm, 830nm, 1310nm, and 1550nm. ● Low price, with a one-year manufacturer warranty. ● Holds TL-9000 and ISO-9001 certifications. ● If you send us a sample, we will conduct a demo measurement.

  • Optical Measuring Instruments
  • Microscope
  • Other optical parts
  • Measuring Instrument

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Real Nano 3D Measuring Machine for Electronic Components

Real Nano 3D Measuring Machine for Electronic Components

Achieving nanoscale "actual measurement" with optical "vertical focus."

In the electronic components industry, the reliability of joints is a crucial factor that affects product quality. In environments exposed to temperature changes and vibrations, even minor anomalies in joints can lead to performance degradation or failure of the product. The Real Nano 3D measurement system measures the surface roughness and shape of joints in detail, contributing to the early detection of joint defects. 【Usage Scenarios】 - Measurement of surface roughness of electronic component joints - Evaluation of the shape of solder joints - Detection of foreign substances at joint interfaces 【Benefits of Implementation】 - Improved yield through early detection of joint defects - Enhanced product reliability - Increased efficiency in quality control

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  • Testing Equipment and Devices
  • 3D measuring device
  • Optical Measuring Instruments
  • Measuring Instrument

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Real Nano 3D Measurement Device for Materials Science

Real Nano 3D Measurement Device for Materials Science

Optical methods enable the measurement of nanoscale fine structures.

In the field of materials science, accurate measurement of microstructures is essential for the development of new materials and the performance evaluation of existing materials. In particular, it is required to evaluate the surface roughness and shape that influence the strength, durability, and functionality of materials at the nano level. Traditional measurement methods have faced challenges such as long measurement times, the need for sample preparation, and limitations in measurement environments. The Real Nano 3D measurement system addresses these issues and accelerates the analysis of material microstructures. 【Application Scenarios】 - Evaluation of surface properties in new material development - Measurement of coating material thickness and surface roughness evaluation - Microstructure analysis of semiconductor devices - Evaluation of surface characteristics of medical device materials - Surface inspection of aerospace materials 【Benefits of Implementation】 - High-precision surface shape measurement at the nano level - Reduction in measurement time through high-speed scanning - Minimization of impact on samples through non-contact measurement - Acquisition of actual measurement data without stitching - Simplification of sample preparation

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  • Testing Equipment and Devices
  • 3D measuring device
  • Optical Measuring Instruments
  • Measuring Instrument

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Real Nano 3D Measurement Device for the Energy Industry

Real Nano 3D Measurement Device for the Energy Industry

Enabling nanoscale "actual measurements" with optical "vertical focus."

In the field of surface modification in the energy industry, it is important to accurately evaluate the fine structures and properties of surfaces to enhance the durability and performance of materials. Particularly in areas such as solar power panels and fuel cells, the roughness and shape of the surface significantly impact performance, necessitating precise measurements. The Real Nano 3D measurement device becomes a crucial tool for accurately measuring the fine shapes of surfaces and assessing the effects of surface modification. 【Application Scenarios】 - Surface evaluation of solar power panels - Surface evaluation of fuel cell electrodes - Surface evaluation of coating films 【Effects of Implementation】 - Optimization of surface modification processes - Improvement of product quality - Increased efficiency in research and development

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  • Testing Equipment and Devices
  • 3D measuring device
  • Optical Measuring Instruments
  • Measuring Instrument

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Real Nano 3D Measuring Machine for Watch Decoration Processing

Real Nano 3D Measuring Machine for Watch Decoration Processing

Enables nanoscale "actual measurement" with optical "vertical focus."

In the watch industry, precise evaluation of the fine shapes and roughness of surfaces is required to balance the aesthetics and quality of products. Particularly for parts that have delicate engravings or polishing, even slight irregularities or scratches can diminish the overall value of the product. The Real Nano 3D measuring machine provides high-precision surface property evaluations to address these challenges. 【Application Scenarios】 - Measurement of surface roughness of watch components - Shape evaluation after decorative processing - Coating thickness measurement - Quality control of polishing processes 【Benefits of Implementation】 - Achievement of high-quality decorative processing - Reduction of defective products - Improvement of product reliability

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  • Testing Equipment and Devices
  • 3D measuring device
  • Optical Measuring Instruments
  • Measuring Instrument

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Real Nano 3D Measurement Device for Smartphones

Real Nano 3D Measurement Device for Smartphones

Enabling nanoscale "actual measurement" with optical "vertical focus."

In the smartphone display industry, precise evaluation of the surface's fine shapes and roughness is required to pursue high-quality display performance. In particular, slight irregularities and scratches on the surface that affect the visibility and durability of the display are critical factors that determine product quality. The Real Nano 3D measurement system contributes to quality control and performance improvement of displays by measuring surface shapes at the nano level. 【Usage Scenarios】 - Measurement of display surface roughness - Evaluation of touch panel surface shapes - Quality assessment of protective films 【Effects of Implementation】 - Improvement of display quality - Reduction of defective products - Streamlining of product development

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  • Testing Equipment and Devices
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  • Measuring Instrument

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Improved adhesion through moisture measurement for coatings.

Improved adhesion through moisture measurement for coatings.

Contributing to improved paint adhesion! Managing moisture content to optimize quality and cost.

In the paint industry, the adhesion of products is a crucial factor that influences quality. Low adhesion can lead to peeling and degradation of the paint film, potentially compromising the durability of the product. This is especially true for paints that are susceptible to humidity, where managing moisture content is essential. Proper moisture management maximizes the performance of the paint and contributes to improving product quality. Our moisture meter accurately measures the moisture content of the paint and supports the enhancement of adhesion. 【Usage Scenarios】 - Moisture management in the paint manufacturing process - Checking the drying level of materials before painting - Improving poor adhesion 【Benefits of Implementation】 - Improved paint quality - Reduction of defective products - Cost savings

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  • Other inspection equipment and devices
  • Measuring Instrument

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Rubber testing and measurement equipment compliant with ISO standards for tire performance evaluation.

Rubber testing and measurement equipment compliant with ISO standards for tire performance evaluation.

Evaluate the performance of tires with products from Montec, which has a thorough understanding of the rubber product production site.

In the tire industry, accurate performance evaluation of rubber materials is essential to ensure product safety and durability. In particular, performance characteristics such as tire grip, abrasion resistance, and heat resistance are directly linked to safe driving, necessitating strict quality control. Inappropriate material selection or testing methods can lead to insufficient tire performance or premature deterioration. Montec's ISO-compliant rubber testing and measurement equipment accurately measures the properties of rubber materials and supports tire performance evaluation. 【Application Scenarios】 - Research and development departments of tire manufacturers - Quality control departments of tire manufacturing plants - Tire performance evaluation testing 【Benefits of Implementation】 - Improved accuracy of tire performance evaluation - Increased efficiency of quality control - Enhanced product reliability

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  • Rubber
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Rubber testing and measurement equipment compliant with ISO standards for medical devices.

Rubber testing and measurement equipment compliant with ISO standards for medical devices.

Support for biocompatibility evaluation. Comprehensive proposals for quality control of rubber products.

In the medical device industry, evaluating the biocompatibility of rubber materials used is essential to ensure safety and reliability. Particularly for medical devices that are implanted in the body, it is necessary to accurately understand the impact of rubber materials on the human body and verify their safety. If appropriate testing is not conducted, it may lead to allergic reactions or adverse effects on tissues. Montec's ISO-compliant rubber testing and measurement equipment addresses the necessary test items for biocompatibility evaluation and provides reliable data. 【Application Scenarios】 - Quality control of medical rubber products - Biocompatibility testing - Material development 【Effects of Implementation】 - Improved reliability of test data - Increased efficiency in quality control - Enhanced product safety

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  • Rubber
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Rubber testing and measurement equipment compliant with ISO standards for the food industry.

Rubber testing and measurement equipment compliant with ISO standards for the food industry.

Protecting food safety, providing total support for the quality control of rubber products.

In the food industry, strict quality control of rubber products is required to ensure product quality and safety. It is particularly important to prevent material degradation and foreign matter contamination in rubber components that come into direct contact with food. Montec's ISO-compliant rubber testing and measurement equipment evaluates the quality of rubber products and supports compliance with hygiene management standards. 【Usage Scenarios】 * Quality inspection of rubber components in food manufacturing lines * Durability testing of food packaging materials * Selection of rubber materials for food-related equipment 【Benefits of Implementation】 * Improvement of product quality and assurance of safety * Reduction of foreign matter contamination risks * Compliance with regulations

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  • Rubber
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Rubber testing and measurement equipment compliant with ISO standards for civil engineering.

Rubber testing and measurement equipment compliant with ISO standards for civil engineering.

Montec's rubber testing and measurement equipment contributes to the improvement of the durability of civil infrastructure.

In the civil engineering industry, the durability of rubber products used is crucial for ensuring the long-term safety of structures. Particularly in infrastructure facilities such as bridges and tunnels, it is essential to prevent deterioration under harsh environmental conditions and maintain performance over extended periods. If the quality of rubber products is low, cracking and deformation can occur, potentially having serious implications for the safety of the structures. Montec's ISO-compliant rubber testing and measurement equipment accurately evaluates the quality of rubber products and contributes to improving the durability of civil engineering structures. 【Application Scenarios】 - Quality assessment of bridge bearing rubber - Durability testing of tunnel waterproof sheets - Performance evaluation of rubber asphalt for road paving - Quality control of water-stopping rubber for dams and revetments 【Benefits of Implementation】 - Improved quality management of rubber products - Increased longevity of infrastructure structures - Reduced maintenance costs - Decreased risk of accidents

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  • Rubber
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Rubber testing and measurement equipment compliant with ISO standards for railways

Rubber testing and measurement equipment compliant with ISO standards for railways

Rubber testing and measurement equipment that contributes to vibration control in railway vehicles.

In the railway industry, it is important to suppress vehicle vibrations to achieve both safety and comfort. In particular, vibrations caused by the friction between wheels and rails, as well as the unevenness of the road surface during operation, can lead to passenger discomfort and damage to the vehicles. To effectively absorb these vibrations, proper selection and quality control of rubber products are essential. Montec's ISO-compliant rubber testing and measurement equipment accurately evaluates the performance of rubber products, enabling optimal vibration countermeasures. 【Application Scenarios】 - Quality evaluation of vibration-damping rubber and cushioning materials for railway vehicles - Quality control in railway component manufacturing - Vibration analysis of railway infrastructure 【Benefits of Implementation】 - Improved ride comfort through optimized vibration absorption performance - Enhanced durability of vehicle components - Reduced maintenance costs

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