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Inspection Systems Product List and Ranking from 12 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.

Inspection Systems 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. Comet Technologies Japan K.K. Comet Yxlon Kanagawa//Testing, Analysis and Measurement
  2. プロスパークリエイティブ Tokyo//Industrial Machinery
  3. 応用技術 ソリューション本部〈産業事業部〉 Osaka//IT/Telecommunications
  4. 4 西進商事 Hyogo//Industrial Machinery
  5. 4 岩本モデル製作所 Osaka//others

Inspection Systems 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. CT scanning system 'YXLON FF35 CT' Comet Technologies Japan K.K. Comet Yxlon
  2. CT examination system 'YXLON FF20 CT' Comet Technologies Japan K.K. Comet Yxlon
  3. Inspection System 'MatriX System' プロスパークリエイティブ
  4. 4 Inspection System "Meister-SPi" Toki Commercial Co., Ltd.
  5. 4 Inspection System "i300 3.0" オフィス海外テック

Inspection Systems Product List

1~15 item / All 18 items

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CT examination system 'YXLON FF20 CT'

Industrial high-resolution X-ray CT inspection system for small components!

The "YXLON FF20 CT" is a computer tomography (CT) inspection system that achieves top-level 3D inspection through high resolution. It is suitable for inspecting small parts and fine structures required in research and development, defect analysis, process monitoring, and CT measurement in the electronics industry and materials engineering. 【Features】 ■ Equipped with a new water-cooled 190kV transmission X-ray tube, capturing fine structures down to 150nm in clear 2D images. ■ Temperature stabilization through a granite-based manipulator. ■ Intuitive and easy touch panel operation. ■ Flexible support for various applications, including helical CT scanning, expanded observation fields in the horizontal direction, virtual rotation axes, and standard features like Quick/QualityScan. ■ Precision measurement of MPE~SD~= 3.9 μm + L/75 (measured using the deviation of spherical gap distance according to VDI 2630-1.3 standard). * For more details, please refer to the PDF materials or feel free to contact us. * An English version of the catalog is available for download. * A Japanese version of the leaflet is available for download.

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  • X-ray inspection equipment

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CT scanning system 'YXLON FF35 CT'

Industrial high-resolution CT inspection system for small to medium-sized parts.

The "YXLON FF35 CT" is a computer tomography inspection system that demonstrates outstanding precision across a wide range of applications. This product, available in models equipped with one or two X-ray tubes, is suitable for inspecting fine parts to medium-sized components manufactured in industries such as automotive, electronics, aerospace, and materials engineering. 【Features】 - Configurations with one or two X-ray tubes to meet diverse needs - Equipped with a new water-cooled 190kV transmission X-ray tube, capturing fine structures down to 150nm in clear 2D images - Stabilized temperature with a granite-based manipulator - Intuitive and easy touch panel operation - Flexibly accommodates various applications with standard features such as helical CT scanning, an expanded horizontal observation field, virtual rotation axis, and Quick/QualityScan - Precision measurement of MPE~SD~= 8 μm + L/75 (measured by the deviation of spherical gap distance according to VDI 2630-1.3 standards) *For more details, please refer to the PDF materials or feel free to contact us. *You can download the English version of the catalog and the Japanese version of the leaflet.

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  • Analytical Equipment and Devices

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Inspection System "Meister-SPi"

Warp compensation solution! An inspection system that combines advanced high-resolution optical components.

"Meister-SPi" is an inspection system that combines vision algorithms with advanced high-resolution optical components for the semiconductor industry. These technologies promise to deliver excellent performance, functionality, and accessibility. Additionally, the inspection capabilities of this product have already been qualified for mass production by major semiconductor foundries in Asia. 【Features】 ■ High-speed camera (12MP) and high-resolution optical system (5um) ■ Capable of inspecting thin solder (down to 10um) ■ Warpage compensation solution *For more details, please refer to the PDF document or feel free to contact us.

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  • Circuit Board Inspection Equipment

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Inspection System 'MatriX System'

Two types of input: camera input and scanner input. Composite matrix-type calibration and proofing system.

You can choose between two input systems. Please select based on your usage environment. Both models are equipped with composite matrix inspection software. You can perform composite inspections through parallel processing, which has significantly improved the practicality of inspection tasks compared to conventional serial inspections. 【Features】 <Basic Functions> ■ Character and color segmentation inspection ■ Area segmentation individual accuracy inspection ■ Pattern color CMYK% inspection and display ■ Hybrid inspection *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Printing Machinery

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Inspection System "i300 3.0"

A testing system designed to perform visual inspections at high speed and with accuracy!

The "i300 3.0" is an inspection system that enables smooth high-speed inspections through a harmonious material supply system. It can utilize up to five high-resolution cameras, allowing for the most extensive inspections. Additionally, it features a simple and intuitive man-machine interface for operators and programmers. 【Features】 ■ Up to five high-resolution cameras can be used ■ Patent-pending 360° screw inspection ■ Designed for easy and quick setup ■ Easy and rapid fault diagnosis and countermeasures through a tele-service module ■ Integrated smooth and fast blank supply system *For more details, please download the PDF or feel free to contact us.

  • Other inspection equipment and devices

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FA Solution (Component) "Inspection System"

With a rich array of sensors, we will provide solutions to challenges in inspection automation and proposals for measurement applications!

The "Inspection System" is an FA solution that addresses the challenges of inspection automation through a rich array of sensors, including visual sensors and laser displacement sensors. A "visual sensor" is a sensor that calculates feature quantities of the target object, such as area, centroid, length, and position, by processing images captured by a camera, and outputs data and judgment results. A "laser displacement sensor" is a sensor that measures the distance to the target object and can also measure dimensions such as small step differences, height, width, and thickness of the target object. 【Features】 ■ Visual sensors ■ Various lighting ■ Board inspection equipment ■ Digital microscope *For more details, please refer to the external link page or feel free to contact us.

  • Other inspection equipment and devices
  • Other information systems
  • Other FA equipment

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[Video Available] That's why it's high precision! Roxy AI

As shown in the sample video, Roxy AI is highly accurate. Here, we introduce the concept of Roxy AI, which enables high-precision inspections.

- A simple AI focused on necessary functions It can only detect defects, identify types of defects, and detect unknown defects. It cannot measure the size of defects, nor does it have functions like OCR. High accuracy is achieved with a proprietary AI optimized for simple tasks. - Learning features of both normal and defective products By learning both normal and defective products together, it accurately understands the boundaries. Learning only with normal products is appealing to customers who do not have defective products. However, to make a decision on implementation, isn't it necessary to collect a certain number of defective products? If so, I would like to improve accuracy by making a bit more effort to collect defective products. This is Roxy's thinking. - A thorough process to eliminate inappropriate training data If there are errors in the training data, the AI will learn those errors as well. By detecting and organizing inappropriate data in various ways, we prevent the creation of a distorted AI. - Annotation that eliminates mistakes regardless of who does it Annotation involves simply clicking near the defect. Even if there is a slight deviation, it does not affect accuracy. No special technique is required. All that is needed is the experience of the inspector to accurately determine whether it is a defect or not.

  • Visual Inspection Equipment

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Runtime feature refresh! Achieving automation of visual inspection with 'Roxy AI'.

Enhancing the runtime environment to maximize inspection functionality! Troubles with debugging and customization have been resolved, making the introduction of AI to the field significantly easier.

Roxy AI, which enables high-speed and high-precision inspections, has become even easier to use. Are you facing any of the following issues when trying to implement AI on-site? - Custom development is needed to connect AI inspection products and devices, resulting in unexpected costs... - When there is a malfunction, it is difficult to investigate whether the issue is with the AI or the device... - Only limited devices specified by the vendor can be connected... - Unable to create inspection devices as envisioned due to unmet needs... To address these challenges, Roxy AI has revamped the "runtime functionality" used in inspection devices. This not only allows for high-precision inspections but also makes on-site implementation simpler and enables more flexible inspections. ■ Strengthening the Runtime Environment - Debugging Function Added a console feature that allows you to define inspection sequences and debug them on the spot. Data flowing through the sequence can also be visualized, allowing for immediate correction of mistakes. - Custom Development Customization is possible for external device integration, camera input, rule-based inspections, and various outputs. By simply implementing straightforward rules in C#, you can accommodate your unique requirements. *For more details, please download the materials or contact us via our website.

  • Visual Inspection Equipment

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AI inspection system

AI inspection system that supports your manufacturing site!

Our company provides an AI visual inspection system that replaces the eyes of skilled inspectors. Are you facing any of these issues with visual inspection? - Difficult to see shallow surface scratches - Unable to quantify OK and NG judgment criteria, relying on the eyes of skilled inspectors - Variability in judgments among inspectors - Inspectors work under pressure not to overlook defects in a low defect rate environment where most products are good, making it tough - Uncertainty about whether AI can deliver inspection performance with our products, along with the need for high investment and prolonged setup periods... there are many unknowns We have developed and commercialized the compact and low-cost tabletop AI visual inspection system TR-100, which solely takes on the role of the "eyes of skilled inspectors." By using this system, inspectors are freed from pressure, and quality stabilizes through AI's consistent criteria for judgment. We keep the price at an easily adoptable level. Our company can also plan hardware and provide suggestions for future automation. Please feel free to contact us.

  • Other core systems
  • Other inspection equipment and devices

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Utilizing AI technology for inspection techniques in the manufacturing industry.

Free seminar for companies introducing examples of AI utilization such as preventive maintenance and automated responses.

Our company provides "inspection technology for the manufacturing industry" utilizing AI technologies such as image and audio data analysis. There are already examples of implementation, such as "equipment failure detection" and "prevention of oversight in visual inspections," and we are also preparing an "AI Startup Menu" to support AI implementation. Additionally, we conduct "free AI seminars for companies" where we discuss specific applications of AI. Currently, we are distributing seminar materials that include case studies. [Published Examples] ■ Sensor data analysis (disk failure detection) ■ Audio data analysis (PC fan anomaly detection) ■ Natural language processing and reinforcement learning (automated response system development) *For more details, please refer to the materials. Feel free to contact us. You can also download the seminar information.

  • Other security and surveillance systems

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Quality Assurance and Equipment Diagnosis: "Mold Press Processing Condition AE Inspection System"

Achieving quality full inspection and equipment diagnosis through inline constant monitoring of production equipment!

The "Mold Press Processing State AE Inspection System" continuously monitors and evaluates AE signals released due to the occurrence and progression of mold/product anomalies through inline inspection, ensuring 100% inspection. Sensors are primarily installed on the stationary part, the lower mold, to detect AE propagation signals from the upper mold and the product. A gate is established at the timing when the target anomaly occurs, and the occurrence of anomalies is determined from the changes in the AE parameters and waveform shapes within this gate. 【Features】 ■ Continuous monitoring and evaluation of AE signals for 100% inspection ■ Distinct AE signals generated during each processing stage → Understanding processing conditions from AE characteristics ■ Determining the occurrence of anomalies from changes in AE parameters and waveform shapes *For more details, please refer to the related link page or feel free to contact us.

  • Other information systems

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Introduction to the inspection system for prototype parts and small lot production items.

Iwamoto Model Manufacturing Co., Ltd. "Inspection System for Prototype Parts and Small Lot Production Products"

We provide a comprehensive in-house production service from prototype development of resin and metal parts to small lot production. This is an introduction to Iwamoto Model Manufacturing's "Inspection System for Prototype Parts and Small Lot Production." ■□■Features■□■ ■Inspection System Our inspection system ensures quick and reliable quality checks through in-house production. All items manufactured in-house, from final products to molds, undergo double inspection using 3D measuring machines and CNC image measuring devices, ensuring thorough checks. ■Reliable Quality Assurance with Inspection Results Provided at Delivery The meticulous inspection results from our two inspection devices are provided along with the products at the time of delivery. With this comprehensive quality assurance, we have also obtained ISO 9001 certification. We aim for continuous improvement of our quality management system. ■For more details, please download our catalog or contact us.

  • Contract manufacturing
  • Processing Contract

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High speed and high precision are a given! 'Roxy AI' that can be used on-site.

Roxy AI, which can be mastered even by non-engineers. See how it differs from other appearance inspection AIs.

Unless it is an extremely simple test, a perfect AI cannot be created in just one learning session, so it is very important to improve accuracy. Many AI inspection products create AI using one of the following methods: - Utilizing AI know-how to repeatedly tune parameters to improve accuracy - A simple one-click process for anyone. If the accuracy is poor, data is endlessly collected Just as studying from incorrect or ambiguous textbooks does not improve grades, the quality of learning data is critically important for improving AI accuracy. At Roxy AI, we enhance accuracy by organizing the learning data. Roxy AI has many unique features, such as: - Automatic extraction of potentially inappropriate data (during/after learning) - Highly efficient annotation that is error-proof for anyone - One-click deletion/replacement of inappropriate data - One-click augmentation of missing data - Extraction of inconsistencies between learning data and test data There are many other innovations as well. Please download the PDF to see the details.

  • Other inspection equipment and devices

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Benefits of Introducing Roxy AI

Not just cost reduction! Various benefits of automated inspection.

Transitioning from visual inspection to automated inspection offers many benefits beyond cost reduction. ■ Labor Savings - Freeing valuable personnel from simple tasks and shifting them to higher value-added work - Improving the 'crowded' environment of inspection areas - Preparing for the impending labor shortage in the near future ■ Stabilization of Inspection Quality - Eliminating variations among inspectors to stabilize inspection quality - Eradicating human errors that inevitably occur - Reducing excessive detections that tend to occur as inspectors gain experience ■ Increased Operation Without Relying on Human Labor, Horizontal Expansion - Achieving 24/7 operation - Realizing horizontal and overseas expansion by AI-izing the experience of skilled inspectors ■ Improvement of Manufacturing Processes Without Relying on Memory - Accumulating inspection evidence that serves as a reference during problem occurrences The benefits mentioned here are not limited to Roxy AI, but with Roxy AI's high speed, high precision, ease of learning, and easy system integration, these benefits can be maximized.

  • Visual Inspection Equipment

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[Video Available] There is a reason for the high accuracy of 'Roxy AI'!

The phrase "high precision," which is used casually, has a solid reason behind Roxy AI's high precision.

There is an explanatory video, so please take a look. The phrase "high precision" is often used casually. Ask various companies: What is the reason for your high precision? Roxy AI achieves high precision with three key commitments. Without any one of them, precision cannot be achieved. ■ A simple AI focused on necessary functions It can only detect defects and identify defect types. It cannot fill in defective parts or read text. Even so, it can meet the needs of many workplaces. Because the tasks are simple, it not only makes high precision easier to achieve, but also offers many advantages such as easy annotation and fast learning. ■ Learning the characteristics of both normal and defective products together No need for defective samples. This is indeed an attractive phrase. However, many people may feel there are limits to learning from normal products. By properly learning the boundary between normal and defective products, we aim for high precision. ■ A thorough process to eliminate inappropriate data An AI trained on incorrect data is useless. By organizing the training data, we create conditions that make it easier for the AI to learn. There are many features available for this purpose.

  • Image Processing Software

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