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Testing Machine Product List and Ranking from 761 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.

Testing Machine Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.

  1. 昭和測器 本社 Tokyo//Industrial Electrical Equipment
  2. 東洋精機製作所 Tokyo//Testing, Analysis and Measurement
  3. TOKYO KOKI TESTING MACHINE CO.LTD. Kanagawa//Testing, Analysis and Measurement
  4. 4 日本ビジネスロジスティクス（JBL） 藤沢北事業所 Kanagawa//Testing, Analysis and Measurement
  5. 5 メイコー Yamanashi//Manufacturing and processing contract
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Testing Machine Product ranking

Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.

  1. Vibration Monitoring Sensor Vibro Converter Model-2502 昭和測器 本社
  2. Multi-nozzle electrostatic coating device for research and development 'MES-Lab' メイコー
  3. Extended warranty service "HP Care Pack" 日本HP
  4. 4 Hydraulic Universal Testing Machine 'AY-S5/D5'/'YU-S5/D5' Series TOKYO KOKI TESTING MACHINE CO.LTD.
  5. 5 Flat Bending Fatigue Testing Machine 'PBF-30Xb/PBF-60Xb' TOKYO KOKI TESTING MACHINE CO.LTD.

Testing Machine Product List

2521～2550 item / All 3620 items

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What is MSE testing in contract analysis and contract testing?

What is MSE testing in contract analysis and contract testing?

A new method for precisely measuring the surface strength of thin films and materials through commissioned analysis and testing. This innovative strength testing method utilizes impact energy, which is not present in conventional tests.

The testing method is a new mechanical property (strength) testing technique that can measure the strength of material surfaces with nanometer-level resolution. It has two innovative features: one is the ability to obtain a "continuous strength distribution from the surface to the interior," and the other is the "visualization of the dual characteristics of materials, such as being hard and brittle." It allows for the easy acquisition of strength distribution in thin films, coatings, and surface treatments, which can be useful for material evaluation and design quality assurance. [Purpose of Development] The MSE test is a technology developed to measure the precise mechanical properties (strength domain) of material surfaces, originating from a collaboration between industry and academia with Fukui University. [Technology] It measures strength by using the phenomenon of precisely eroding (fracturing) the test specimen with a large number of micro-particles. As a result, it enables strength measurement at various depths while eroding from the surface, creating a new effect of obtaining a continuous strength distribution from the surface to the interior. *For more details, please download the catalog or contact us!

  • Testing Equipment and Devices
  • Contract measurement
  • Strength Testing Equipment
  • Testing Machine

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[Contract Analysis and Testing Examples] The strength of paint and coating films is measured precisely.

[Contract Analysis and Testing Examples] The strength of paint and coating films is measured precisely.

The method involves commissioned analysis and testing, allowing the durability of multi-layered coatings to be measured in the MSE test as "layer strength" and "interface strength"!

The technology for painting and coating has evolved tremendously, and there is an abundance of information about materials and processes. However, I have heard that those involved in development and adoption are struggling to make choices due to the overwhelming amount of information. This method involves contract analysis and testing, and while it could be done independently, the challenge lies in selecting the testing methods that will yield the desired information. When it comes to mechanical properties (strength), one piece of information we want to know is the continuous strength and distribution from the surface of a multilayer film to the substrate (fabric). Another aspect is the dual nature of hardness and brittleness, which reflects scratch resistance and impact resistance. **What can be done with MSE testing:** - It allows for precise measurement of continuous strength distribution from the surface to the substrate. → Regardless of the number of layers, the individual strength of each layer and interfacial strength can be understood, providing a clear cross-sectional profile of how each layer connects in terms of strength. - It can highlight the characteristics of hardness (Young's modulus) and toughness (brittleness). Please try the MSE test, which offers a new perspective that changes conventional testing concepts. We promise to provide information that will greatly assist in development and selection.

  • Testing Equipment and Devices
  • Contract measurement
  • Other inspection equipment and devices
  • Testing Machine

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[Contract Analysis and Testing Examples] Life Design Starts with Accurate Measurement of Degradation Level

[Contract Analysis and Testing Examples] Life Design Starts with Accurate Measurement of Degradation Level

Manufacturing is greatly restricted by the sustainable international goals of the SDGs on Earth. We introduce MSE tests that are useful for material and process development.

The SDGs demand technological advancements aimed at reducing energy consumption, lightweighting, minimizing environmental impact, and extending lifespan in manufacturing. In materials, this translates to increased strength, enhanced functionality, and reduced manufacturing costs, necessitating boundary design and stable manufacturing technologies. This requires extensive trial and error and testing to accelerate development speed, making future IoT integration using AI essential. To create the necessary materials database (DB), it is crucial to have technology that accurately measures degradation lifespan based on material characteristics and aging. Future materials will involve not only material development but also multilayer and composite development. We have developed the MSE testing method as a means to quantify and compare the mechanical properties of a wide range of materials. **What can be done with MSE testing:** - Compare ceramics, metals, resins, and rubber materials on the same scale. - Visualize characteristics in hardness (Young's modulus) mode and toughness (brittleness) mode. - Obtain continuous distribution data from the surface to the interior of thin films and multilayer films. - Apply it to precisely test the degree of decline in mechanical properties due to material degradation. Please utilize this for high-speed screening of various material development processes and for creating a database of material strength.

  • Testing Equipment and Devices
  • Contract measurement
  • Other inspection equipment and devices
  • Testing Machine

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Presentation of Case Study Materials! Verification of Differences in Automotive Painting Processes for the Automotive Industry

Presentation of Case Study Materials! Verification of Differences in Automotive Painting Processes for the Automotive Industry

We are introducing a verification of the differences in automotive painting processes using case studies. This is a must-see for those struggling with durability analysis of paint films or painting processes!

We will present examples of performance comparisons due to differences in processes that reveal the functional characteristics of coatings. 【Process Details】 ● Sample 1 WET-ON-WET is a method where the curing process of the colored base layer is shortened, and after applying the clear layer, it is cured. ● Sample 2 A method where each layer is cured after application before the next layer is applied. 【Visualizing Strength Distribution with MSE Testing】 ■ Abrasion Resistance Distribution Test Condition 1: Cutting Mode ■ Toughness Characteristics Distribution Test Condition 2: Impact Mode 【Test Results】 It was found that the colored base layer and the clear layer in WET-ON-WET are smoothly connected. The above tests revealed that the WET-ON-WET process improves not only speed and energy efficiency but also painting quality based on the continuous strength distribution of the coating. Detailed results of the above tests can be viewed in the catalog. *For more information, please contact us or download the PDF materials for further details.

  • Impact Test
  • Automotive catalyst evaluation test equipment
  • Testing Equipment and Devices
  • Testing Machine

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Case Study: "Characteristics of MSE Testing and Its Application to Organic Coatings"

Case Study: "Characteristics of MSE Testing and Its Application to Organic Coatings"

We will introduce the features of the MSE test and other testing methods.

The MSE testing method allows for the measurement of the strength of a film independent of the substrate, as well as the continuous measurement of strength distribution from the surface to the interior. In this case, we verified whether the MSE test can truly analyze the strength of the film. 1. Comparison of film strength with different substrates 2. Comparison of film strength with different thicknesses 【Differences from other testing methods】 Example: Pencil test ● Pencil hardness - The thicker the film, the harder it becomes. - The harder the substrate, the harder it becomes. → This evaluates the functionality including both the film and the substrate. ● MSE test Does not depend on film thickness or substrate. → This evaluates the film itself and the substrate itself. The "MSE test" can be used for various applications such as material evaluation, investigation of strength distribution within the film, and defect analysis. *For more details, please contact us or download the PDF document to view.

  • Strength Testing Equipment
  • Automotive catalyst evaluation test equipment
  • Testing Machine

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Case study: "How the strength changes with the material mixing ratio of organic coatings."

Case study: "How the strength changes with the material mixing ratio of organic coatings."

How does the strength change according to the prescription?

In the catalog, we present a relationship diagram that plots the results of two types of MSE tests: the horizontal axis represents "the strength of the material itself at the microscale," and the vertical axis represents "toughness at the macroscale: fatigue characteristics," from which we calculated MSE resistance (g/μm). [Various Changes] ● Changes due to differences in the materials used ● Changes due to the ratio of hardener components ● Changes due to the amount of photopolymerization initiator added *For more details, please contact us or download the PDF document to view it.

  • Coating Agent
  • Testing Equipment and Devices
  • Testing Machine

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Case Study: Analysis of Film Quality and Durability Evaluation of Ultra-Hard Chip Surface Coating

Case Study: Analysis of Film Quality and Durability Evaluation of Ultra-Hard Chip Surface Coating

Tests were conducted on two types of carbide tips for cast iron machining.

We would like to introduce a case study on the "Film Quality Analysis and Durability Evaluation of Coated Carbide Inserts." 【Objective】 ● Identify the multilayer structure of the film and conduct a comparative evaluation against design values. ● Evaluate the film strength that contributes to durability. 【Test Content】 For two types of carbide inserts used in cast iron machining, MSE tests were conducted to obtain the full layer distribution through a two-particle test for comparative evaluation. 【Test Results】 * For more details, please contact us; detailed test results can be viewed in distribution graphs. 【Customer Feedback】 ● Testing was possible while maintaining the chip shape, allowing for structural comparison with design values and precise strength inspection from the detailed strength distribution. ● Differences in "micro strength and homogeneity of the film" were highlighted from Test 1, and differences in "toughness of the film" were revealed from Test 2. ● Insights consistent with cutting durability were obtained from Test 2. * For more details, please contact us or download the PDF materials for further information.

  • Strength Testing Equipment
  • Coating thickness gauge
  • Testing Machine

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[Matter] MSE Map

[Matter] MSE Map

The direction of material development can be quickly confirmed! MSE map showing the duality of materials.

The MSE map is a method developed to visualize and quantify the conflicting duality inherent in materials, such as "hard and brittle." It has been made possible by obtaining erosion strength (erosion resistance rate) under different MSE testing conditions. We provide MSE maps for inorganic and organic materials. [Contents] ■ MSE maps for inorganic materials ■ MSE maps for organic materials ■ Utilization of MSE maps *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Testing Equipment and Devices
  • Testing Machine

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[Test Case] Characteristics of Hard Thin Films and Substrates Observed in Two-Particle Tests

[Test Case] Characteristics of Hard Thin Films and Substrates Observed in Two-Particle Tests

Detailed explanation of the test results for multi-angular alumina particles/spherical alumina particles.

We present a case study evaluating the properties of films and substrates from two tests under different conditions. The results observed from the erosion progression graph (damage progression) of spherical alumina particles indicated that "TiCN_1 is weaker than TiCN_2, and DLC_1 is stronger than DLC_2." 【Case Overview】 ■Objective - To evaluate the properties of films and substrates from two tests under different conditions. ■Test Results (Angular Alumina Particles) - The strength of the coating is stronger for DLC than for TiCN. - The strength distribution of the coating is a curve distribution for TiCN. - There is a weak layer present between the DLC and the substrate. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Testing Equipment and Devices
  • Testing Machine

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[Test Case] Comparison of Strength of Rubber Materials and Investigation of Surface Alteration Layer

[Test Case] Comparison of Strength of Rubber Materials and Investigation of Surface Alteration Layer

A detailed explanation of the test results obtained for the strength distribution from the surface to the interior of various rubber sheets.

We will introduce a case study on the comparison of the strength of rubber materials and the investigation of the surface degradation layer. As a result of identifying the overall average erosion rate and the thickness of the surface degradation layer, we obtained test results such as "the inherent strength of the material becomes clear" and "the distribution from the surface to the interior can be visualized." 【Case Overview】 ■ Purpose - Comparison of the erosion strength of rubber materials - Investigation of the degradation layer that occurs on the surface of molded products ■ Evaluation - The inherent strength of the material becomes clear - The distribution from the surface to the interior can be visualized - The thickness and strength of the weak layer at the very surface become clear *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Testing Equipment and Devices
  • Testing Machine

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[Test Case] Strength Distribution of Plastic Lens Coating for Glasses

[Test Case] Strength Distribution of Plastic Lens Coating for Glasses

Detailed explanation of the test results for the strength distribution in the depth direction from the lens surface to the substrate.

We will introduce a case study evaluating commercially available coated eyeglass lenses. By investigating the actual strength distribution inside, results were obtained indicating that "the surface inorganic layer is an anti-reflective (AR) coating, and the intermediate layer can be identified as a hard coat." 【Case Overview】 ■ Purpose - To investigate the actual strength distribution inside the surface multilayer coatings of two types of commercially available eyeglass lenses. ■ Evaluation - Upon magnifying the surface inorganic layer, it is evident that it is a multilayer film. - From the erosion rate distribution, it can be determined that the surface design (layer composition according to purpose) differs, among other findings. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Testing Equipment and Devices
  • Testing Machine

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[Data] Erosion Rate Ranking by Material

[Data] Erosion Rate Ranking by Material

Results of the "Standard Erosion Force" from the MSE tests of each material are published!

The document includes the results of the "standard erosion force" from the MSE tests for each material. A smaller erosion rate (μm/g) indicates that the material is stronger. [Contents] ■ Erosion Rate - Bulk Materials - Hard Thin Films - DLC - Sintered Bodies *For more details, please refer to the PDF document or feel free to contact us.

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  • Testing Machine

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Drying device, large drying device

Drying device, large drying device

The structure is made entirely of stainless steel, making it easy to handle and suitable for long-term use.

The large drying equipment from JEM features our unique hot air exhaust system, which excels in drying performance and allows for highly effective drying. Additionally, it is completely contactless, making it a high-performance machine that enables safe operation.

  • Drying Equipment
  • Testing Machine

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Personal Pressure Cooker HAST Device PC-242HSR2

Personal Pressure Cooker HAST Device PC-242HSR2

Personal-type high acceleration stress test device (HAST device) PC-242HSR2, boasting excellent performance even in a compact size.

Reducing the evaluation time for moisture resistance of electronic components and materials is one of the major themes. The conventional testing method, which involves high temperature and high humidity testing, required a very long time for evaluation. The Personal Pressure Cooker PC-242HSR2 achieves a significant reduction in evaluation time by creating a high temperature, high humidity, and pressurized environment within the chamber, thereby applying greater stress to the samples. The PC-242HSR2 consists of two independent chambers: a testing chamber and a steam generation chamber, even in a compact size. It is a two-chamber unsaturated pressure cooker (HAST device) that boasts excellent functionality and reliability.

  • Environmental Test Equipment
  • Other physicochemical equipment
  • Testing Machine

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High Accelerated Life Test Device (HAST Device) 'PC-304R8'

High Accelerated Life Test Device (HAST Device) 'PC-304R8'

It is a high-acceleration life test device (HAST device) with a two-chamber structure that boasts numerous advantages.

The "PC-304R8" is a high-acceleration lifetime testing device (HAST device) with a two-chamber structure where the test chamber and steam generation chamber are completely separated and independent. Compared to a single-chamber structure, it offers a larger effective dimension. Additionally, since a stirring fan is not required, there is no need for bearing maintenance, and concerns about contamination in the chamber due to bearing wear are eliminated. The testing mode includes two types of control methods and three types of exhaust modes, allowing for tests tailored to specific purposes. 【Features】 ■ Equipped with a color LCD touch panel for easy operation with interactive touch input. Packed with functions such as graph display and alarm messages. ■ The test chamber and steam generation chamber are completely separated and independent, featuring our unique two-chamber structure. ■ Minimal temperature influence between the test chamber and steam generation chamber, achieving a wide effective dimension and a broad range of usable humidity. ■ Electric clamp system allows door opening and closing with the push of a button. ■ Equipped with a slide tray for safe and easy loading and unloading of samples. ■ Standard four-channel time signal terminals ideal for powered testing. ■ Chamber treated with electrolytic polishing for excellent dirt adhesion prevention and cleanability. ■ The same series also offers the "PC-422R8" type. *For more details, please refer to the PDF materials or feel free to contact us.

  • Environmental Test Equipment
  • Other physicochemical equipment
  • Testing Machine

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High Accelerated Life Test Equipment (HAST Equipment) 'PC-422R9D'

High Accelerated Life Test Equipment (HAST Equipment) 'PC-422R9D'

The new PC-R9D series of HAST devices features a newly designed dual-level test chamber, allowing for multi HAST testing.

The "PC-422R9D" features a completely separate and independent two-chamber structure for the test chamber and steam generation chamber. It is a high-acceleration life testing device (HAST device) that allows for multi-testing with two test chambers arranged in an upper and lower configuration. Equipped with a high-precision temperature and humidity program controller, it achieves accurate acceleration evaluation. Additionally, it enables remote operation in conjunction with external terminals, allowing for easy monitoring and control. 【Features】 ■ Achieves high-precision acceleration evaluation with a new type of temperature and humidity program controller. ■ Significantly improves operability and visibility with an interactive color touch panel. ■ Enables remote operation and monitoring/adjustment from a distance through integration with external terminals. ■ The test chamber and steam generation chamber are completely separated and independent, featuring our unique two-chamber structure. ■ Minimizes temperature influence between the test chamber and steam generation chamber, achieving a wide effective dimension and a broad range of usable humidity. ■ Allows for multi-testing with two test chambers arranged in upper and lower positions. ■ Electric clamp system enables door opening and closing with a single button operation. ■ Equipped with a slide tray for safe and easy loading and unloading of samples. ■ Features a chamber treated with electrolytic polishing for excellent dirt adhesion prevention and cleanability. ■ Includes a cleaning mode effective for cleaning inside the chamber. ■ The same series also offers the "PC-304R9D" type.

  • Environmental Test Equipment
  • Testing Machine

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Connector wear testing machine "Precision Micro-Sliding Testing Machine" (under development)

Connector wear testing machine "Precision Micro-Sliding Testing Machine" (under development)

For vibration research of connectors! Visualizing the deterioration of electrical contacts due to micro-sliding.

The "Precision Micro-Motion Testing Machine" is a testing device capable of accurately reproducing the micro-motion (sliding) between electrical contacts, such as connectors, caused by vibrations or impacts. It allows for the observation and measurement of the degradation of electrical contacts due to fretting corrosion. 【Features】 - Precise micro drive (0.1μm resolution) - High straightness - Capable of rectangular wave drive - Visualization function enables recording of temporal changes in phenomena For more details, please contact us or download the catalog.

  • Vibration Testing
  • Automotive Connectors
  • Contract Inspection
  • Testing Machine

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We will support the evaluation tests for commissioned trials!

We will support the evaluation tests for commissioned trials!

We support evaluation tests for those who have a heavy burden of equipment introduction or cannot conduct tests due to a shortage of personnel!

This is a service for contracted testing of our products and development equipment (four types). Introducing equipment can be a significant burden, and due to a shortage of personnel, it may be difficult to secure testing time. If you have such challenges, please feel free to consult with us. We will support your evaluation testing. ■ We can conduct the following evaluation tests: ◎ We want to check the degradation status of electrical contacts such as connectors. ◎ We want to confirm the degradation of electrical contacts through precise micro-drives. ◎ We want to conduct quantitative impact testing. And more. *For more details, please download the PDF or feel free to contact us.

  • Vibration Testing
  • Contract Inspection
  • Impact Test
  • Testing Machine

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Tear test Elmendorf

Tear test Elmendorf

This is a test to determine the tear strength of plastic films and sheets.

• This is a test to determine the tear strength of plastic films and sheets. • Tear strength is expressed in Newton units. • A test specimen with a predetermined slit is torn by releasing a fan-shaped pendulum. • If the samples have equal thickness, comparison is possible.

  • Other polymer materials
  • Testing Machine

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Load deflection temperature

Load deflection temperature

The oil temperature is raised at a constant rate (120°C/h), and a specified bending stress is applied to the sample, with the temperature at which the specified deflection is reached being defined as the load deflection temperature.

JIS K7191, ISO 75, ASTM D648 The oil temperature is raised at a constant rate (120℃/h), and a specified bending stress is applied to the sample. The temperature at which the specified deflection is reached is referred to as the load deflection temperature. It is used as one of the indicators of the heat resistance of plastics.

  • Contract measurement
  • Testing Machine

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Vicat softening temperature

Vicat softening temperature

The temperature at which the penetration depth of a needle with a cross-sectional area of 1 mm² reaches 1 mm under a specified load, while the oil temperature is steadily increased in the oil, is referred to as VSP.

In oil, the oil temperature is increased at a constant rate (often 50°C/h), and a needle with a cross-sectional area of 1 mm² is applied to the sample with a specified load, with the temperature at which the penetration depth reaches 1 mm being defined as the VSP.

  • Contract measurement
  • Testing Machine

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Ball pressure temperature

Ball pressure temperature

It is represented as BPT when a φ5mm steel ball is pressed with a load of 20N for 1 hour in oil at the test temperature, resulting in a sample indentation depth of 0.209mm.

Electric Appliance Investigation Committee B Method (in oil) The BPT is defined as the depth of indentation of 0.209mm when a φ5mm steel ball is pressed against the sample with a load of 20N for 1 hour at the test temperature in oil. IEC60695-10-2 and Electric Appliance Investigation Committee A Method measure using a "balancing" jig in an oven. DJK only conducts measurements using Method B.

  • Contract measurement
  • Testing Machine

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Insulation resistance

Insulation resistance

Apply a commercial frequency voltage of 50Hz or 60Hz across the electrodes with the test specimen in between, and determine the voltage that causes the sample to break down.

Apply a commercial frequency voltage of 50Hz or 60Hz across the electrodes with the test specimen in between, and determine the breakdown voltage of the sample. Insulation breakdown strength (max 70kV) (IEC60243, ASTM D149, JIS C2110), measurement methods: short-time method, step method, dielectric strength (1 minute, long duration), measurement atmosphere: in oil (RT to 200℃), in air.

  • Contract measurement
  • Testing Machine

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Arc resistance test

Arc resistance test

An arc discharge is generated at a specified interval between two tungsten electrodes on the surface of the test specimen, and the time until the sample breaks and the arc discharge disappears is also measured.

An arc discharge is generated at a specified interval between two tungsten electrodes on the surface of the test specimen, and the time until the sample breaks and the arc discharge disappears is also measured. - ASTM D495, JIS K6911

  • Contract measurement
  • Testing Machine

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Durability tracking test

Durability tracking test

Apply a voltage between the platinum electrodes and drip the electrolyte until tracking failure occurs. Evaluate at a voltage that does not cause failure with the specified number of drips.

Apply voltage between platinum electrodes and drip the electrolyte until tracking failure occurs. Evaluate at a voltage that does not cause failure with the specified number of drops. - IEC60112 CTI (Comparative Tracking Index: Determine the voltage that withstands 50 drops) PTI (Proof Tracking Index: Prove that it withstands 50 drops at the specified voltage)

  • Contract measurement
  • Testing Machine

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UL94V (Vertical Burning Test)

UL94V (Vertical Burning Test)

20mm vertical burning test (IEC 60695-11-10 Method B, ASTM D3801)

Mount the test specimen (125±5×13±0.5×t mm) vertically in the clamp, perform two 10-second indirect flame tests with a 20mm flame, and determine the ratings of V-0, V-1, V-2, or Not based on its combustion behavior.

  • Contract measurement
  • Testing Machine

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UL94VTM (Vertical Burning Test for Films)

UL94VTM (Vertical Burning Test for Films)

Vertical Combustion Test for Thin Materials (ASTM D4804)

A film test specimen (200±5×50±1×t mm) is rolled into a cylindrical shape, mounted vertically in a clamp, subjected to a 3-second indirect flame from a 20mm flame twice, and the burning behavior is used to determine VTM-0, VTM-1, VTM-2, or Not.

  • Contract measurement
  • Testing Machine

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Folding tabletop durability testing machine 'DMLHB-FS series'

Folding tabletop durability testing machine 'DMLHB-FS series'

Achieve natural bending tests! It is possible to conduct load-free bending tests without applying tension and friction to the sample.

The "DMLHB-FS Series" is a tabletop durability testing machine that applies bending loads by directing one side of the sample straight towards the other side. It is capable of forming a natural bending radius due to the elasticity of the sample itself. Additionally, it can also forcibly create a minimal bending radius using a pressure plate. Only bending loads are applied to the sample, with no tension or friction loads generated. 【Features】 ■ Attachment that embodies U-shaped stretch testing ■ Enables load-free bending tests without adding tension or friction to the sample ■ Achieves natural bending tests ■ Allows for evaluation of the sample even during durability testing (cartridge type) ■ CE marking compliant product *For more details, please refer to the PDF materials or feel free to contact us. *An English version of the catalog is also available for download.

  • Testing Equipment and Devices
  • Strength Testing Equipment
  • Weather resistance test
  • Testing Machine

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Foldable tabletop durability testing machine 'DMLHP-CS'

Foldable tabletop durability testing machine 'DMLHP-CS'

A deformation process focusing on the sample shape during bending! Evaluation of the sample is possible even during durability testing.

The "DMLHP-CS" is a clam-shell type bending testing machine capable of testing with an extremely small bending radius. It adopts a method that does not apply tensile load to the sample. Since the plate can be removed while holding the sample, it is possible to continue testing the sample in the same condition after evaluating its progress under a microscope. 【Features】 ■ Attachment that embodies bending tests ■ Focus on the deformation process of the sample shape during deformation ■ Capable of extremely small bending tests without applying tensile load to the sample ■ Evaluation of the sample is possible even during durability testing ■ CE marking compliant product *For more details, please refer to the PDF materials or feel free to contact us. *An English version of the catalog is also available for download.

  • Testing Equipment and Devices
  • Strength Testing Equipment
  • Weather resistance test
  • Testing Machine

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Tabletop Durability Testing Machine 'DMLHP-FR Series'

Tabletop Durability Testing Machine 'DMLHP-FR Series'

Ideal for repeated winding durability tests of rollable devices and materials!

The "DMLHP-FR Series" can perform durability tests for roll-up operations of flat body samples such as flexible displays, as well as cables and fibers. Samples can be wound onto the roller from either the top or the bottom, and the amount of sample winding can be set arbitrarily by changing the stroke of the main body. The driven side clamp employs a tilt clamp that moves in accordance with the vertical movement of the sample, which helps reduce damage to the sample. 【Features】 - Attachment that embodies winding tests - Samples can be wound from both the top and bottom - Tilt clamp adopted - Winding rollers can be manufactured in the range of φ5 to φ100mm (standard accessory: φ20mm) - CE marking compliant product *For more details, please refer to the PDF document or feel free to contact us. *An English version of the catalog is also available for download.

  • Testing Equipment and Devices
  • Strength Testing Equipment
  • Weather resistance test
  • Testing Machine

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