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Inspection Systems Product List and Ranking from 285 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 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:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

  1. エーディーディー Kyoto//software
  2. 山善 Osaka//Trading company/Wholesale
  3. サン情報サービス 東京支社 Tokyo//others
  4. 4 シリウスビジョン(旧ナビタスビジョン) Kanagawa//Testing, Analysis and Measurement
  5. 5 テクノス Tokyo//Industrial Machinery
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Inspection Systems Product ranking

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

  1. AI Image Inspection Device "EYEbeGenesis" 山善
  2. Solving the challenges faced by medical laboratory technicians and administrators in healthcare settings! Clinical testing system. サン情報サービス 東京支社
  3. [Case Study] One-Shot 3D Shape Measuring Instrument 'VR-3200' ブル精密 (株)ブル精密　本社
  4. 4 CT scanning system 'YXLON FF35 CT' Comet Technologies Japan K.K. Comet Yxlon
  5. 5 Clinical Testing System "ALCS" ONODERA Creative&Technology (旧　株式会社サイス） 第一ITソリューション事業本部

Inspection Systems Product List

646～660 item / All 675 items

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[Market Report] Global Market for X-ray Inspection Systems

[Market Report] Global Market for X-ray Inspection Systems

X-ray inspection system global market enhances precision and safety across various industries.

The global X-ray inspection system market is poised for significant growth, revolutionizing accuracy and safety across various industries. This dynamic market recorded a robust revenue of approximately $858.23 million in 2022 and is projected to surge to a remarkable valuation of $1.6731 billion by 2031. This exceptional growth is supported by a steady compound annual growth rate (CAGR) of 7.7% during the forecast period from 2023 to 2031. X-ray inspection systems are at the forefront of quality control and non-destructive testing, with their importance emphasized in fields such as manufacturing, healthcare, aerospace, and automotive. These advanced systems enable meticulous analysis, ensuring the integrity of products and components while safeguarding the safety of consumers and end-users. For application methods, please check the [PDF download] button or apply directly through the related links.

  • others

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Web Comparison System

Web Comparison System

This is a product that allows for easy automatic comparison of old and new drawings and documents.

The web comparison system enables high-performance drawing and document comparisons. - It allows for the comparison of PDF/TIFF drawings, automatically comparing scanned drawings or drawings with different page counts. - It is also possible to compare documents such as Excel, Word, DocuWorks, and PDF, and generate a list of discrepancies. - This is an on-premise product used as an internal system. - Since files are not sent to the cloud, security is assured. - It can be used with just a web browser on a PC, and no software installation is required. - It is also possible to use the trial version for business purposes to measure effectiveness. *For more details, please download the PDF or feel free to contact us.*

  • Other information systems

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Technical Data: Application Cases of Active Thermography Inspection

Technical Data: Application Cases of Active Thermography Inspection

Non-destructive testing by a thermal inspector

The inspection and measurement technology utilizing infrared rays has seen remarkable expansion in recent years, thanks to improvements in sensor performance and reductions in cost. Infrared detection elements are arranged in numerous matrices or along lines, and furthermore, infrared cameras can now continuously use both room temperature and cooled elements, leading to an accelerated expansion of application areas. Examples of these applications will be introduced. ⇒ For more details, please download the catalog and read on. For further inquiries, please contact us.

  • Company：KJTD
  • Price：Other
  • Other inspection equipment and devices

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Case Study of 100 Million Pixel Camera for Drones - Wind Turbine Edition

Case Study of 100 Million Pixel Camera for Drones - Wind Turbine Edition

Helps ensure reliable inspection operations! In addition to high sensitivity characteristics, it achieves a wide dynamic range.

We would like to introduce examples of the overseas use of the Phase One high-resolution 100-megapixel camera 'iXM-100', developed for drone mounting. The subject of this shoot was a wind turbine. Even with subjects that are white and difficult to distinguish, like the blades of a wind turbine, each image made it easy to identify key features, allowing for seamless stitching. Additionally, due to the extremely high resolution, we found that even when maintaining a safe distance from the subject, we could still obtain sufficiently clear images. 【Shooting Environment】 ■ Location: Overseas, Denmark ■ Shooting Environment: Aerial photography from a drone, ensuring safety while shooting from approximately 10 meters away ■ Drone: DJI Matrice 300 ■ Camera: Phase One iXM-100 100-megapixel camera ■ Camera Settings: Aperture f/8, ISO 160, Shutter Speed 1/1250 ■ Lens Used: 80mm AF (autofocus) lens (approximately equivalent to 63mm on a 35mm sensor) *For more details, please refer to the PDF document or feel free to contact us.

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  • M300_propo.jpg
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  • Color camera

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Electric Mecha DR Solution "XVL Studio Z"

Electric Mecha DR Solution "XVL Studio Z"

Downloadable free evaluation version available! Achieve virtual verification of the entire product with lightweight 3D data! Reduces issues discovered after prototyping!

"XVL Studio Z" is a hybrid DR solution for electric and mechanical designs made possible by the ultra-lightweight 3D format XVL. By utilizing design data from both electric and mechanical components, it reduces issues that may arise after prototyping through various virtual verifications in the pre-prototyping stage. ★Currently offering a free evaluation version of "XVL Studio Z"★ → The free evaluation version installer is available in two types: <Japanese 32-bit version, Japanese 64-bit version>. 【Features】 ■ Interference, contact, and clearance checks for the entire product ■ Sharing of verification results ■ Bulk replacement of electronic component shapes ■ Electric checks ■ List confirmation of changes ■ Illustration creation *For more details, please refer to the PDF document or feel free to contact us.

  • 3D CAD
  • Other CAD

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Proposal for Automation of Resin Molding Product Inspection

Proposal for Automation of Resin Molding Product Inspection

I want to promote the automation of appearance inspection for resin molded products and secondary processing! Explaining the issues related to implementation.

We want to advance the automation of visual inspection for resin molded parts! We have implemented it, but we are unable to utilize it effectively! Let us solve that question! We will present a proposal. ADDI Co., Ltd. has extensive experience in developing inspection equipment, allowing us to handle a wide range of resin products. With this know-how, we can provide delivery solutions that meet our customers' needs. "Our products are difficult to inspect automatically" or "We have been turned down by other companies' equipment." The image processing visual inspection system "iVision" will solve these concerns! [Contents of the Image Processing Visual Inspection Proposal (Regarding Resin Inspection)] ■ Let's use appropriate cameras and lighting. ■ Differences in resin manufacturing types will also affect inspections. ■ If foiling or secondary processing is performed, suitable inspections are also necessary. We are currently offering a proposal that outlines the inspection issues arising from the manufacturing methods of resin products and subsequent processing! *For details, please download the catalog in PDF format. First, we will confirm with the customer "what" and "in what condition" they want to conduct inspections, and based on that, we will consider the appropriate cameras, lighting, etc., and then propose the necessary inspection equipment.

  • Image Processing Software

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Fully automated inspection system for the appearance of rod-shaped resin molded products.

Fully automated inspection system for the appearance of rod-shaped resin molded products.

A fully automated inspection system that automatically detects various defects such as shorts and burrs on the outer circumference of rod-shaped resin molded products.

A fully automated image processing visual inspection system that aligns the orientation of parts from a parts feeder, conducts inspections of various defects on the end faces and outer peripheries of the parts using a rotating mechanism, and separates and discharges good and defective products!

  • Image Processing Software

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Automatic inspection system for extruded products

Automatic inspection system for extruded products

An automatic inspection system that installs a camera near the exit of the extrusion molding machine to conduct inspections immediately after molding.

When inspecting long materials like those produced by extrusion molding, it is common to cut them to an appropriate length or to rewind them and conduct inspections at that time. However, by installing a camera near the exit of the molding machine and performing inspections immediately after molding, it becomes possible to quickly detect any abnormalities that occurred during the molding process, and inspections can be carried out without having to go through a separate process for inspection.

  • Image Processing Software

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Inspection system for conducting inspections during the secondary processing (printing process) of resin molded products.

Inspection system for conducting inspections during the secondary processing (printing process) of resin molded products.

Perform imaging according to the printing conditions in the printing process of resin molded products and conduct automatic inspection.

In the secondary processing of resin molded products, the printing process may involve multiple layers of printing. If inspection is conducted after all printing processes are completed, it becomes difficult to determine at which stage the defects occurred. Additionally, since time has passed since the printing was done, if there is an issue in the printing process, the response may be delayed, potentially leading to an increase in defects during that time. Therefore, by conducting automatic inspections immediately after each printing stage is completed, it becomes possible to promptly identify which printing process caused the defects, allowing for improvements in the process. Furthermore, by capturing images in environments tailored to each stage immediately after printing, it is possible to reliably detect defects. Our system can accommodate this by installing multiple cameras in a single inspection system.

  • Image Processing Software

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A system for inspecting films and paper that are transported at high speed in a roll-to-roll manner.

A system for inspecting films and paper that are transported at high speed in a roll-to-roll manner.

A inspection system that installs a camera on a roll-to-roll transport device to conduct visual inspections during the winding process.

In the paper manufacturing, sewing, and resin film processing industries, roll-to-roll winding devices are used. A camera is installed on these devices to create a system that conducts defect inspections, such as surface dirt, during the winding process. When a defect is detected, measures are taken, such as stopping the winding device or displaying the distance from the starting position to the location of the detected defect.

  • Image Processing Software

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A system for automatic inspection of the surfaces of large components such as wooden doors and wall materials.

A system for automatic inspection of the surfaces of large components such as wooden doors and wall materials.

A system that performs automated inspection of surfaces of large panels, such as those that are labor-intensive to inspect visually, using a 2D operating robot and stage.

When visually inspecting the surfaces of large wooden doors and panels, workers can easily experience a significant burden, which may lead to issues such as missed defects. This system employs a 2D operating scara robot equipped with a camera and lighting to thoroughly check the inspection targets, creating an inspection system. By selecting the camera's precision according to the size of the defects to be detected, inspections can be carried out with stable accuracy.

  • Image Processing Software

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AI Inspection System for Agriculture "AI Hayabusa"

AI Inspection System for Agriculture "AI Hayabusa"

Reduce the burden of visual monitoring! AI instantly identifies pests and diseases.

Detecting pests and diseases in crops is a task that requires skilled techniques, time, and effort. There is always a risk of oversight and misjudgment. Mirac Optical's AI image inspection system automatically identifies pests and diseases using AI and image processing technology, achieving accurate and speedy detection. 【Application Scenarios】 - Early Detection of Pests and Diseases: By continuously monitoring the growth conditions of crops, early detection of pest and disease outbreaks can prevent the expansion of damage. - Efficiency in Pesticide Application: By accurately understanding the occurrence of pests and diseases, pesticides can be applied only where necessary, reducing unnecessary chemical use. - Improvement of Quality Control: Preventing quality deterioration due to pests and diseases allows for the production of stable quality crops. - Alleviation of Labor Shortages: Automating inspection tasks that relied on experienced personnel contributes to alleviating labor shortages. 【Effects of Implementation】 - Cost reduction through reduced monitoring time and labor costs - Prevention of damage expansion through early understanding of pest and disease occurrences - Improvement of working conditions and reduction of worker burden

  • Image analysis software

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AI Inspection System "AI Hayabusa" for the Textile Industry

AI Inspection System "AI Hayabusa" for the Textile Industry

Reduce the burden of visual inspection! AI instantly detects foreign substances, achieving quality improvement.

In the manufacturing process of textile products, the detection of foreign substances is an important quality control item. However, visual inspections rely on human effort, leading to issues such as errors due to worker fatigue and lack of concentration, as well as variations in inspection standards. Mirac Optical's artificial intelligence inspection system, 'AI Hayabusa,' utilizes AI and image processing technology to automatically detect foreign substances, achieving stable quality control and improved work efficiency. 【Usage Scenarios】 - Detection of foreign substances in the manufacturing process of textile products - Quality control of various textile products such as woven fabrics, knitted fabrics, and non-woven fabrics - Reduction of workload from visual inspections that rely on human effort - Elimination of quality variations due to discrepancies in inspection standards 【Benefits of Implementation】 - Reduction of inspection time and improvement of work efficiency - Decrease in defective products due to improved inspection accuracy - Cost reduction by addressing personnel shortages - Stabilization of quality through the unification of inspection standards

  • Image analysis software

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AI Inspection System 'AI Hayabusa' for the Automotive Industry

AI Inspection System 'AI Hayabusa' for the Automotive Industry

Never miss a defect with AI! Achieve quality improvement and labor-saving through automated inspections.

We introduce the inspection system "AI Hayabusa," which automates the inspection of complex-shaped products such as automotive parts using AI (self-learning capabilities) and image processing. Traditionally, inspection tasks were performed visually, relying on human effort, which led to issues such as operator fatigue, mistakes due to lack of concentration, and variability in judgment criteria. "AI Hayabusa" addresses these challenges, achieving stable quality control and improved productivity. 【Application Scenarios】 - Inspection of scratches on automotive parts: Difficult to detect complex shapes and fine scratches - Inspection of scratches on painted surfaces: Ensures detection of scratches that are often overlooked visually - Inspection of surface defects on metal parts: Accurately identifies scratches and irregularities, contributing to quality improvement 【Benefits of Implementation】 - Reduced inspection time: Automating inspection tasks that relied on human effort significantly shortens the time required - Improved inspection accuracy: AI image processing reliably detects scratches that may be missed by the human eye - Cost reduction in inspections: Significant cost savings are possible through reductions in labor costs and inspection time - Stabilization of quality: By eliminating human error, it provides products with stable quality.

  • Image analysis software

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AI Inspection System "AI Hayabusa" for Food Processing

AI Inspection System "AI Hayabusa" for Food Processing

AI instantly detects foreign matter and injuries! Achieving automation in food inspection.

In food processing sites, the detection of foreign substances and defects often relies heavily on human labor, which tends to increase the burden of work. Additionally, issues such as oversights due to human error and variations in inspection standards are also challenges. "AI Hayabusa" is an inspection system that addresses these challenges by utilizing AI (automatic learning capabilities) and image processing technology. 【Usage Scenarios】 - Inspection for foreign substances in food processing factories - Visual inspection of food (scratches, discoloration, deformation, etc.) - Inspection of packaging conditions (damage, seal defects, etc.) - Inspection of food size and shape 【Benefits of Implementation】 - Reduction of inspection time and alleviation of labor shortages - Improvement of inspection accuracy and stabilization of quality - Strengthening of quality control through standardized inspection criteria - Enhancement of food safety

  • Image analysis software

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