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verification Product List and Ranking from 42 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

verification Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. i CAD - 機械設計向け3DCAD（3次元CAD）開発元 - Tokyo//CAD/CAM
  2. 日本システム企画 東京本社　 Tokyo//Other manufacturing
  3. シンプルテック Kanagawa//software
  4. 4 ライヴス　　 東京本社 Tokyo//others
  5. 4 null/null
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verification Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Motion design and control verification i CAD - 機械設計向け3DCAD（3次元CAD）開発元 -
  2. The Yokohama City Waterworks Bureau has verified that there is no rust prevention effect in areas with low water usage. 日本システム企画 東京本社　
  3. NC Tool Trajectory and Macro Verification 'NCVIEW TOOLwatch' シンプルテック
  4. [Column] Thorough Examination of the Pipe Cleaning Effect of Ultra-Fine Bubbles ライヴス　　 東京本社
  5. 4 Virtual Control Program Verification

verification Product List

61～75 item / All 87 items

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FPD Evaluation and Verification

FPD Evaluation and Verification

Evaluate whether there are any potential issues related to characteristics or structure! We propose reliability testing methods and conditions.

Our company conducts thorough evaluations and verifications of FPD from various angles. In structural analysis, we assess FPD products and products incorporating advanced technologies for any potential issues in characteristics or structure, and provide reports. In defect analysis, we approach and investigate the causes of product defects in increasingly sourced overseas products via the shortest route. Additionally, in reliability testing, we propose suitable reliability testing methods and conditions based on our extensive know-how, tailored to the customer's objectives and needs. 【Our Strengths】 ■ Problem-Solving Ability - Proposals for analytical methods well-versed in the liquid crystal manufacturing process ■ Investigative Ability - Deep insights and advanced, sub-micron level fine sample processing techniques ■ Specialized Equipment - Considerations using a combination of diverse analytical instruments *For more details, please refer to the PDF document or feel free to contact us.

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  • Public Testing/Laboratory

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Verification of True Jitter Performance of Clocks in High-Speed Digital Design

Verification of True Jitter Performance of Clocks in High-Speed Digital Design

Due to the high sensitivity to phase noise, a phase noise analyzer is suitable as a measuring instrument.

Verification of True Jitter Performance of Clocks in High-Speed Digital Design The "R&S FSWP" provides the necessary features for testing low-jitter clocks in both SSC OFF and SSC ON modes. In addition to very high AM suppression in phase noise measurements, it offers excellent phase noise sensitivity required for accurate jitter measurements in low-jitter clocks for high-speed digital designs. 【Electronic Measurement Solutions】 ■ Measurement of phase noise ■ Weighted phase noise based on the corresponding system transfer function ■ Integration of weighted phase noise over the defined jitter integration range *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Signal Generator

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Rapid verification of EMC test sites using time-domain SVSWR.

Rapid verification of EMC test sites using time-domain SVSWR.

Enables high-speed and accurate TD SVSWR measurements in accordance with ANSI C63.25.

Combining the "R&S ZNB Vector Network Analyzer" and the "R&S HF907 Double Ridge Horn Antenna" enables fast and accurate TD SVSWR measurements compliant with ANSI C63.25. This document provides detailed information on "Rapid verification of EMC test sites above 1 GHz using time-domain SVSWR." 【Contents】 ■Challenges 　・TD SVSWR measurements using VNA 　・TD SVSWR evaluation ■Rohde & Schwarz Solutions 　・TD SVSWR measurement positions in the horizontal plane ■Extended Features ■Summary ■References *For more details, please refer to the PDF document or feel free to contact us.

  • Other electronic measuring instruments
  • Signal Generator

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Observation and verification of fatigue fracture: 'Tensile Load Fatigue Fracture Observation System'

Observation and verification of fatigue fracture: 'Tensile Load Fatigue Fracture Observation System'

Synchronize shooting speed and measurement sampling! Visually verify the mechanism of fatigue destruction.

We would like to introduce a case study of the "Tensile Load Fatigue Fracture Observation System" developed by our company. This system simultaneously captures phenomena using a high-speed camera and measures physical quantities with sensors. It allows for easy comparison and analysis of the captured images and sensor measurements (synchronized shooting speed and measurement sampling). It enables visual verification of the mechanisms of fatigue fracture. 【Product Specifications (Excerpt)】 ■ Vibration Frequency: 40–300Hz (1Hz increments) ■ Vibration Stroke: ±70μm ■ Maximum Dynamic Load: ±890N ■ Sampling Period: Up to 50μS (20kHz) ■ Recording Timing: End trigger by fracture detection (automatic) or manual trigger (optional) *For more details, please download the PDF or feel free to contact us.

  • Other electronic measuring instruments
  • High Speed Camera
  • Other inspection equipment and devices

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Knowledge of Visual Inspection: Verification in Deep Learning (Object Recognition)

Knowledge of Visual Inspection: Verification in Deep Learning (Object Recognition)

I will explain how to proceed with validation in AI (deep learning).

One common question from companies considering the introduction of image recognition and inspection using deep learning is, "How many images do we need to prepare for inspection?" The conclusion is that it cannot be definitively stated. This is because the amount of data required varies significantly depending on the complexity of the object's appearance (color, shape, angle, etc.) and the changing features. In this article, we have organized the basic verification process as follows: 1. Capture images of the product to be inspected and collect approximately a few hundred images (for example, around 200). 2. Select half of those images and provide "annotations" for the object. 3. Use the annotated data as training data for the AI and validate it with the remaining images (testing for recognition). 4. If there are misrecognitions or missed recognitions, increase the number of images or review the annotations and retry. 5. Repeat this "data augmentation → training → validation → readjustment" process until satisfactory accuracy is achieved. *For more details, please refer to the related link (blog).

  • Image Processing Software

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Verification of Residual Properties of Surfactant Cleaning Performance in Low Stand-off Areas [Joint Research]

Verification of Residual Properties of Surfactant Cleaning Performance in Low Stand-off Areas [Joint Research]

Directly caused by the generation of leakage current and deterioration of insulation resistance! Introducing cleaning know-how.

In the soldering process, excellent no-clean technology has been established in the Japanese market; however, there is an increasing number of cases where various challenges arise, and the demand for cleaning is growing year by year. One of the backgrounds for the continuously increasing demand for cleaning is the response to ionic residues. Ionic residues are fundamentally difficult to see and may change into various forms over time, directly leading to the occurrence of leakage currents and deterioration of insulation resistance. *For more details, please refer to the related links. *The PDF document is a technical material that explains the challenges and analysis methods related to ionic residues.

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  • Technical and Reference Books

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Verification of Ion Residual Amounts - Differences Due to Flux Types - [Joint Research]

Verification of Ion Residual Amounts - Differences Due to Flux Types - [Joint Research]

You can understand the points to be careful about during cleaning! Issues related to ion residue! Introducing cleaning know-how.

The electronics market is increasingly advancing in research and development of EV vehicles, robotics, and communication technologies, and there are signs of full-scale mass production of the new joining technology known as sintering, indicating that the momentum of power semiconductor devices is not waning. The ions, which are the theme of this discussion, are widely used as dopants and as activators in solder paste, making them an essential component for electronic devices. Additionally, recent research is progressing on new types of semiconductors that use sodium and potassium as ionic materials as dopants, and new activators with enhanced reactivity are also being observed. *For more details, you can view the related links. *The PDF document is a technical material that explains the issues and analysis methods regarding ion residues.

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  • Technical and Reference Books

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Verification of Cleaning Properties of New Halogen-Free Solder Paste [Joint Research]

Verification of Cleaning Properties of New Halogen-Free Solder Paste [Joint Research]

Introduction to the morphological changes in flux residues after soldering and their impact on cleanability.

Solder paste is required to have characteristics such as halogen-free and high wettability in high-reliability areas like the automotive industry. However, even in high-reliability fields, there is a demand for residue-free performance, even for no-clean types, and there are situations where cleaning is necessary. This paste contains difficult-to-dissolve substances that make effective cleaning challenging with conventional "solvent cleaning" methods, revealing issues related to cleaning. Therefore, we conducted cleaning performance verification in collaboration with the developers of the paste. Detailed information can be viewed through the related links. *Detailed information can be viewed through the related links. *The PDF document is a technical material that explains the evolution and challenges of power devices.

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  • Cleaning agents

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Understand with Video! Verification of the Dehumidifying Effect of Silica Clean Clock Dry Sheets

Understand with Video! Verification of the Dehumidifying Effect of Silica Clean Clock Dry Sheets

Verification of the dehumidifying effect of silica gel!

We conducted an experimental verification of the dehumidifying effect of silica gel. *For more details, please see the video below.*

  • others
  • Other safety and hygiene products

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NC Tool Trajectory and Macro Verification 'NCVIEW TOOLwatch'

NC Tool Trajectory and Macro Verification 'NCVIEW TOOLwatch'

NC simulation that allows verification of tool paths for multi-axis machining while checking macro nesting and variable values. It also includes processing time calculation and hole machining position checks.

The "NCVIEW TOOLwatch" is a simulation software that reproduces the NC program processing of machine tools, helping to prevent accidents and improve productivity. It supports processing with up to 9 axes, including additional axes, and allows for the standard verification of tool shapes and tool paths. Functionality can be expanded by adding options to the main unit (basic module). Our NCVIEW series is developed based on this TOOLwatch. The main unit alone can smoothly simulate and verify tool paths for 2-axis lathes, 3-axis, simultaneous 5-axis, complex, and 5-face machining. 【Benefits of Implementation】 ■ Realization of safe processing without accidents ■ Reduction of wear on machines, tools, and materials ■ Improved machine operating rate without the need for dry runs ■ Enhanced quality and work efficiency ■ Safe training ■ Accurate support unique to domestic software *For more details, please download the PDF or contact us.

  • Other CAM related software

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Verification of Allergen Management in the Manufacturing Process (Immunochromatography Method)

Verification of Allergen Management in the Manufacturing Process (Immunochromatography Method)

The allergen map created through wipe tests will serve as an invisible partition, leading manufacturing personnel to voluntarily prevent cross-contamination, among other expected effects.

"Hygiene management based on HACCP" includes "setting verification methods" and "documentation and record-keeping." Additionally, certification standards such as FSSC22000 (Category: C.I.K), JFS-B (Sector: E/L), and JFS-C (Sector: E) require the development and implementation of an allergen management plan. In addition to screening tests for the final product (ELISA method), using monitoring tests during the manufacturing process (immunochromatography method) further enhances the effectiveness of allergen management. By cycling through allergen management steps 1 to 4, it is possible to eliminate allergen points (sources of contamination). 1. Visualization through allergen mapping 2. Problem identification through visualization 3. Hypothesizing and improving contamination causes 4. Verifying improvement effects through wipe tests.

  • Contract Inspection
  • Contract measurement

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[Column] Thorough Examination of the Pipe Cleaning Effect of Ultra-Fine Bubbles

[Column] Thorough Examination of the Pipe Cleaning Effect of Ultra-Fine Bubbles

Reasons for using 【UFB DUAL】 in pipe cleaning and the effects of drain pipe cleaning will be introduced in the column.

We have actually verified the cleaning power of ultra-fine bubbles (nano bubbles). We inserted a camera into the drainage pipe under the kitchen of a house (7 years old) where the UFB DUAL was installed. The kitchen plumbing is a location with a high degree of dirt due to the flow of various substances such as oil and detergents, and we will observe the process of dirt removal. For more detailed information, please check the related links. [Published Content (Excerpt)] ■ Reasons for using cleaning in plumbing ■ What are the effects of drainage pipe cleaning? ■ Observation of the drainage pipe cleaning process ◆ Water containing ultra-fine bubbles has a very high cleaning ability and is gradually being utilized in various applications, such as cleaning toilets on highways, household washing machines, and cleaning processes in semiconductor manufacturing. Additionally, the UFB DUAL generates ultra-fine bubbles using only water flow, so no pump or power supply is needed. It connects directly to the water supply pipe, eliminating the need for securing a placement space. [Features of UFB DUAL] ■ JET mark certified product ■ Special structure that maintains water volume and pressure ■ Clean structure that does not take in outside air ■ Patented product ■ Maintenance-free

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  • others

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FDA premarket 510k medical device security verification

FDA premarket 510k medical device security verification

When selling medical devices in North America, it is mandatory to conduct information security assessments for the devices as required by local authorities (FDA).

One of the inspection services provided by our company, HERMAS, mandates that when selling medical devices in North America, local authorities (FDA) require the implementation of information security assessments for the devices. As of now (September 2021), we will conduct inspections of your products at our inspection laboratory in Taiwan, which complies with international standards (ISO17025), or at our inspection laboratory in our Tokyo office. The report will be provided in English for submission to the FDA. Additionally, by utilizing the know-how we have accumulated so far, we have achieved cost and time reductions, which we pass directly on to our customers. *Japanese reports can also be quoted separately.

  • Other analytical and testing equipment
  • Other Consulting Services

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Verification for the improvement of the accuracy of identity testing.

Verification for the improvement of the accuracy of identity testing.

Confirmation test

In May 2014, Japan's membership in PIC/S was approved, leading to the consideration of operational verification tests for all pharmaceutical raw materials used in formulations as required by PIC/S. Furthermore, in 2019, the Raman spectral measurement method was included in the seventeenth revision of the Japanese Pharmacopoeia, second supplement, increasing expectations for Raman spectroscopy. This analytical method has become widely used, ranging from the evaluation of the crystal forms of active pharmaceutical ingredients and research and development of crystallization reactions to quality control measures such as the assessment of content uniformity of active ingredients in formulations and raw material acceptance testing. As its use has expanded, issues have emerged, such as the spectral shifts of fluorescent substances like cellulose and herbal raw materials. In recent years, cases of counterfeit pharmaceuticals have come to light, raising questions about the scientific validation of testing methods and the minimization of human error in pharmaceutical quality control. Therefore, using crystalline cellulose with fluorescent properties as a model raw material, we report the results of constructing a discrimination model using a portable Raman spectrometer and scientifically validating the variability of the discrimination model and test results.

  • Spectroscopic Analysis Equipment

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