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Inspection Systems Product List and Ranking from 290 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

Inspection Systems Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. エーディーディー Kyoto//software
  3. Comet Technologies Japan K.K. Comet Yxlon Kanagawa//Testing, Analysis and Measurement
  4. 4 null/null
  5. 5 テクノス Tokyo//Industrial Machinery
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Inspection Systems Product ranking

Last Updated： Aggregation Period:Aug 05, 2026～Sep 01, 2026
This ranking is based on the number of page views on our site.

  1. Compact space and low cost introduction! Package-type inspection system.
  2. Portable Welding Inspection System "Wiki-Scan" Rental
  3. Business Overview: Introduction of Inspection Cases "Lenses and Prisms" テクノス
  4. 4 CT scanning system 'YXLON FF35 CT' Comet Technologies Japan K.K. Comet Yxlon
  5. 4 Image Processing Visual Inspection System iVision (From Manual Inspection to Automated Inspection) エーディーディー

Inspection Systems Product List

631～660 item / All 713 items

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Inspection of the surface coating condition of metal parts such as bolts using image processing.

Inspection of the surface coating condition of metal parts such as bolts using image processing.

An appearance inspection system that uses a camera to assess the coating condition for rust prevention and other purposes on the surface of metal parts.

Introduction of an image processing appearance system that inspects the implementation status of coating treatments such as rust prevention using a camera. Coating treatments are often performed in large quantities, and when inspections are conducted visually, there is a high likelihood of missing inspections. Therefore, by using automatic inspection, it becomes possible to inspect a large number of components in a short period of time.

  • Image Processing Software
  • Inspection Systems

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Automatic inspection system for checking the wiring and resin filling condition on the lead frame.

Automatic inspection system for checking the wiring and resin filling condition on the lead frame.

A semi-automatic inspection system that allows inspection of the lead frame sequentially from the edge of the workpiece.

State inspection on the lead frame may involve the use of optical microscopes, and visual inspection requires a significant amount of effort. Additionally, typical image processing devices cannot inspect the entire lead frame at once, often necessitating manual movement of the workpiece, which does not reduce labor and may also lead to errors. The system introduced here is an image processing inspection system that can be implemented relatively inexpensively using a general-purpose stage and customizable inspection software.

  • Image Processing Software
  • Inspection Systems

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A system that installs a camera on the processing line of resin molded products to conduct inspections during processing.

A system that installs a camera on the processing line of resin molded products to conduct inspections during processing.

A fully automated inspection system that enables processing while simultaneously performing automatic inspection during the processing of resin molded products.

Generally, when conducting inspections, it is necessary to re-inspect the processed components in the inspection process. However, this system allows for inspections to be conducted while processing by installing cameras in the processing line, modifying part of the line, and adding a discharge mechanism. Since inspections are performed during the processing stage, there is no need to establish a separate inspection process, which is expected to reduce workload. Additionally, compared to creating separate inspection equipment, it can be implemented at a relatively low cost.

  • Image Processing Software
  • Inspection Systems

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A system that partially improves the transport line for resin molded products and conducts inspections during transportation.

A system that partially improves the transport line for resin molded products and conducts inspections during transportation.

A testing system that installs a rotating device in the transport process of resin molded products to conduct appearance inspection of the outer peripheral area during transport.

In the side inspection of cylindrical products, it is difficult to inspect the entire side while they are flowing on the conveyor line. However, by installing a rotating device in the middle of the line and conducting the inspection there, it becomes possible to inspect the outer circumference. In this case, it allows for inspection during transport without the need to set up a separate line for the inspection device.

  • Image Processing Software
  • Inspection Systems

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A system for automatic inspection of the appearance of tablet and similar pill products.

A system for automatic inspection of the appearance of tablet and similar pill products.

A system that installs cameras and lighting on the tablet transport line to inspect for defects such as scratches, cracks, and black spots.

Since tablet products are produced in large quantities, it becomes very difficult to conduct visual inspections. Additionally, while dedicated inspection equipment is high-performance, it is also quite expensive. Therefore, by installing cameras and lighting on the conveyor line and conducting inspections during transport, it becomes possible to implement automatic inspections relatively inexpensively.

  • Image Processing Software
  • Inspection Systems

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A testing system to check the arrangement and errors of sample mounts and color samples.

A testing system to check the arrangement and errors of sample mounts and color samples.

Automatically conduct inspections of sample books that have various colors and designs arranged, such as color samples and sample boards.

In color samples and sample boards, multiple colors and designs are printed or attached on a single sheet of paper, which poses a risk of incorrect samples due to placement errors or miscoloring. Therefore, by using images to determine whether the finely arranged small pieces of samples are in the correct color and positioned correctly, it becomes possible to eliminate these mistakes.

  • Image Processing Software
  • Inspection Systems

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A system for automatic inspection of various characters and logos printed on packaging boxes.

A system for automatic inspection of various characters and logos printed on packaging boxes.

A inspection system that determines the printing condition and printing position of printed materials such as lot numbers and logos on boxes.

When packaging products, it is common to print various information such as lot numbers, product names, and logos on the packaging boxes. However, when checking whether this printing is done correctly according to the specified information, it may sometimes be done at the stage when the boxes are stacked on a pallet. However, conducting inspections at that stage requires repacking and reprinting, which is very labor-intensive. Therefore, by verifying the printed content immediately after printing, it becomes possible to reduce this labor.

  • Image Processing Software
  • Inspection Systems

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Fully automated inspection system for checking the dimensions and engraved characters of rod-shaped and tubular components.

Fully automated inspection system for checking the dimensions and engraved characters of rod-shaped and tubular components.

A fully automated inspection system that automatically inspects the dimensions, warping, and printed characters of rod-shaped and tube-shaped components made of metal, resin, and natural materials.

Rod-shaped and tube-shaped materials can be made from various materials, but due to the characteristics of the original material, there may be variations in length and diameter, or warping may occur. For these materials, by measuring while rotating the component, we can check the conditions of length, diameter, and warping. Additionally, by rotating the component, we can also perform complex inspections such as reading the text written on the side simultaneously.

  • Image Processing Software
  • Inspection Systems

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A system that improves the transport line for roll products and conducts inspection of the end faces during transport.

A system that improves the transport line for roll products and conducts inspection of the end faces during transport.

A inspection system that has a mechanism for rotating the workpiece on the conveying device to perform appearance inspection of the cut surface of rolled products.

A system that performs inspections during transportation to detect defects (such as dirt or double cuts) on the cut surfaces that occur when slitting films and tapes. By conducting inspections during transportation, it becomes possible to carry out inspection tasks without the need for additional work processes.

  • Image Processing Software
  • Inspection Systems

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An automatic inspection system for the overall appearance of resin bottles with protrusions.

An automatic inspection system for the overall appearance of resin bottles with protrusions.

A fully automated inspection system that conducts comprehensive inspections using multiple stages for defects such as scratches, black spots, dirt, and printing errors on resin bottles with nozzles.

In the case of a standard cylindrical resin bottle, it is possible to conduct inspections using devices that rotate the workpiece; however, if there are protrusions such as a spout, those areas cannot be inspected, and alternative measures such as visual inspection may be necessary. This system implements full automation by adding a special camera to inspect the nozzle area.

  • Image Processing Software
  • Inspection Systems

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Inspection system for detecting fine defects attached to metal plates and glass.

Inspection system for detecting fine defects attached to metal plates and glass.

This is a system that integrates a microscope, a working stage, and analysis software to perform inspections automatically while visually confirming them, as opposed to using a stereo microscope for the inspection.

When conducting inspections using a stereo microscope, inspectors tend to accumulate fatigue as they must constantly look through the microscope. Additionally, since inspections are performed while moving the entire workpiece, there can be areas that are overlooked or places that have been inspected but are unclear, making it very labor-intensive to check them later. This system automatically inspects the workpiece sequentially from the edges, preventing oversights and automatically mapping defective areas. By visually reconfirming the results, it reduces the burden of work. Even for detailed inspections of defects, the machine can repeatedly perform inspections, allowing for accurate and thorough checks without omissions.

  • Image Processing Software
  • Inspection Systems

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A system for checking the presence of electronic components on the substrate, incorrect types, and the orientation of components.

A system for checking the presence of electronic components on the substrate, incorrect types, and the orientation of components.

We will conduct a comprehensive inspection related to the mounting of electronic components on the substrate, including issues such as missing components, different types, and incorrect mounting directions.

The inspection of electronic components on printed circuit boards involves a wide variety of types and numerous items to check, so you may be relying on visual inspections. Our proposed system utilizes an XY operating stage, allowing for the inspection of the presence, type differences, and installation direction differences of components on boards of 500mm x 500mm size. Additionally, through type registration, it becomes possible to conduct accurate inspections even on boards with similar layouts.

  • Image Processing Software
  • Inspection Systems

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Artificial Intelligence Image Inspection System "AI Hayabusa" *Case study collection available as a gift.

Artificial Intelligence Image Inspection System "AI Hayabusa" *Case study collection available as a gift.

By equipping X-ray inspection devices and multi-joint robots, they become the brains of machines. We are also presenting examples of "AI-equipped robots" as appearance inspection devices!

"AI Hayabusa" is an "artificial intelligence image inspection system" that overcomes the weaknesses of conventional image inspection tools, which were primarily based on pattern matching. The appearance inspection robot "AI Robot," equipped with "AI Hayabusa," leverages the features of artificial intelligence and image processing to inspect various surface defects such as scratches, dents, bumps, fluff, and color unevenness that appear on inspection objects with curved or mirror surfaces. [Features] - Inspection using artificial intelligence + image processing - Supports online, offline, and embedded device applications - Image processing system for flat measurement, blob analysis/morphology, character recognition/verification, matching, and machine vision (shape identification) - Functions for 3D shape measurement, automatic classification, and barcode reading - Achieves many benefits, including a reduction in personnel to the level of skilled workers *We are currently offering a collection of case studies and product materials that introduce examples of defect judgments. You can view them via "PDF Download." Please feel free to contact us with any inquiries.

  • Visual Inspection Equipment
  • Inspection Systems

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AI Inspection System "AI Hayabusa" for Metal Processing

AI Inspection System "AI Hayabusa" for Metal Processing

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

In the metal processing industry, a significant amount of time and effort is spent on the visual inspection of products. Finding minute defects such as scratches can be burdensome even for experienced inspectors, and human errors are likely to occur. Mirac Optical's "AI Hayabusa" is an inspection system that automates visual inspections by utilizing AI (automatic learning capabilities) and image processing technology. 【Application Scenarios】 - Appearance inspection of automotive parts: Detection of scratches and burrs on complex-shaped components - Wafer inspection in semiconductor manufacturing: Detection of fine scratches and defects 【Benefits of Implementation】 - Significant labor savings through reduced inspection time - Reduction of defective products due to improved inspection accuracy - Resolution of labor shortages - Cost reduction through increased efficiency in inspection operations

  • Image analysis software
  • Inspection Systems

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AI Inspection System "AI Hayabusa" for Semiconductor Manufacturing

AI Inspection System "AI Hayabusa" for Semiconductor Manufacturing

Automating visual inspections to improve productivity and quality!

Pattern defect detection in semiconductor manufacturing often relies on visual inspections by skilled workers, leading to challenges such as quality variations due to labor shortages and discrepancies in inspector skills. "AI Hayabusa" is an inspection system that automates visual inspections using AI and image processing technology. It accommodates inspections of complex-shaped components, achieving stable inspection accuracy and labor savings. 【Usage Scenarios】 - Pattern defect detection in semiconductor manufacturing - Inspection of complex-shaped components - Detection of fine scratches and defects - Resolution of quality variations due to discrepancies in inspector skills 【Benefits of Implementation】 - Increased productivity: Automating inspection processes that relied on manual labor significantly reduces time. - Improved quality: Stable inspection accuracy through AI helps suppress the occurrence of defective products. - Cost reduction: Reduces labor costs and the time and costs associated with inspections. - Reduced burden on inspectors: Alleviates the burden of visual inspections by skilled workers, allowing them to focus on more advanced tasks.

  • Image analysis software
  • Inspection Systems

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Micro Ball Inspection Repair System for Substrates BM-2150SR

Micro Ball Inspection Repair System for Substrates BM-2150SR

Reliable solder ball repair is performed using high-speed image processing and a uniquely developed repair unit.

A microball inspection and repair system capable of handling a wide range of sizes, from strip substrates to large panels. It also supports simultaneous inspection of two types of differently sized balls, assisting in achieving high implementation quality. 【Features】 ■ High-speed inspection of ball missing, excess balls, and pitch using an inspection camera (150Mx1) Supports inspection of two types of differently sized balls ■ Two types of repair support ・(a) Ball missing: Ball placement after applying flux ・(b) Excess balls: Removal by nozzle suction ■ An image processing system that follows the expansion of the C4 area due to the increase in package size ■ Compatible with SECS/GEM and AGV (optional) *For more details, please refer to the PDF document or feel free to contact us.

  • Semiconductor inspection/test equipment
  • Inspection Systems

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Inline Non-Destructive Testing System "Phased Array Ultrasonic Flaw Detector"

Inline Non-Destructive Testing System "Phased Array Ultrasonic Flaw Detector"

Achieving more accurate and rapid inspections! A 64-channel portable phased array ultrasonic testing device that integrates many capabilities.

The inline non-destructive testing system "TOPAZ64" is a 64-channel portable phased array ultrasonic testing device manufactured by ZETEC, equipped with TFM functionality. It achieves more accurate and faster inspections with the required capabilities integrated into a single unit! It supports inspections compliant with the 64/128PR phased array ultrasonic testing method, as well as high-resolution full matrix capture (FMC). Even when inspecting complex composite materials or thick steel welds, it provides superior coverage. 【Features】 ■ Equipped with UltraVision Touch software ■ Addresses various inspection needs and challenges ■ Powerful channel configuration ■ High resolution, higher performance ■ Improves defect detection probability *For more details, please refer to the PDF document or feel free to contact us.

  • Flaw detection testing
  • Inspection Systems

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Appearance Inspection and Surface Inspection System 'N-Vision'

Appearance Inspection and Surface Inspection System 'N-Vision'

Automate appearance and surface inspections! Reduce misjudgments with optimal image processing. We are currently offering a collection of case studies!

"The accuracy of visual inspection is unstable..." "There are many misjudgments in surface inspection..." The solution to these concerns is the image processing system 'N-Vision'. This system selects equipment tailored to the inspection targets and work shapes, creating a custom visual and surface inspection system for each customer. Before implementation, we conduct image sample evaluations and provide the results in a report, allowing you to consider the introduction with peace of mind. 【Features】 ■ Directly addresses the challenges of visual and surface inspection ■ Easy operation for anyone with a built-in operation guide app ■ Flexible custom design according to inspection targets and environments ■ One-stop support from design to manufacturing and installation By transitioning from manual inspection to automation, we achieve improved inspection accuracy, work efficiency, and cost reduction simultaneously. *For more details, please download the catalog.

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  • Other image-related equipment
  • Inspection Systems

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"N-Vision System" that does not miss scratches in visual inspection.

"N-Vision System" that does not miss scratches in visual inspection.

Automating scratch detection in visual inspections! Reducing misjudgments and achieving high-precision inspections. A collection of case studies is currently available!

"Many scratches are missed during visual inspections..." "Judgment varies, leading to decreased production efficiency..." The image processing system 'N-VisionSystem' solves these visual inspection issues. This system selects the optimal equipment tailored to the inspection targets and work shapes, building a custom appearance inspection and scratch detection system for each customer. Before implementation, we conduct image sample evaluations and submit the results as a report, allowing you to consider the implementation with confidence. [Features] ■ Proposes scratch detection algorithms specialized for appearance inspection ■ Easy operation with a built-in app for operation guidance ■ Flexible custom solutions according to inspection content and environment ■ One-stop support from design, manufacturing, to installation We contribute to improving quality, enhancing scratch detection, and achieving efficiency and cost reduction while balancing the accuracy of appearance inspections. *For more details, please download the catalog.

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  • N-DesktopVision　メイン画像.jpg
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  • Other image-related equipment
  • Inspection Systems

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N-Vision System for the Food Industry

N-Vision System for the Food Industry

Sure detection of mixed varieties through image processing! Contributing to quality improvement and cost reduction.

In the food industry, foreign object contamination is a serious issue that not only threatens consumer health and safety but can also undermine corporate trust. Visual inspections are prone to oversight and have inconsistent accuracy, presenting challenges. The N-Vision System was developed to reduce the risk of foreign object contamination on food production lines. Utilizing image processing technology, it detects contamination of different varieties with high precision, thereby enhancing quality control. 【Use Cases】 - Inspection for foreign object contamination in food - Sorting of raw materials - Quality control on production lines 【Benefits of Implementation】 - Reduction in complaints due to foreign object contamination - Improvement in product quality - Streamlining of inspection processes - Cost reduction

  • Other image-related equipment
  • Inspection Systems

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Microbial rapid testing system that completes bacterial tests, which typically take 2 to 3 days with culture methods, in half a day!

Microbial rapid testing system that completes bacterial tests, which typically take 2 to 3 days with culture methods, in half a day!

Capture live bacteria in real-time using a unique measurement method! Quickly understand the results of contamination risks in production lines and the risk of product quality defects.

"ELESTA(R) PixeeMo(R)" is a microbial contamination risk monitoring system that allows for easy measurement of microorganisms, even in the presence of food-derived contaminants, based on the unique micro-separation technology "AMATAR(R)." Depending on the analysis conditions, it can evaluate live bacteria in real-time, enabling faster bacterial testing compared to conventional culturing methods. As a result, it allows for quick understanding of contamination risk and product quality issues on production lines, leading to reduced waste of raw materials and products, improved safety, and stable product manufacturing. It is suitable for safety and hygiene management in food and beverage factories, hospitals, and more. *Demonstrations are available for companies considering implementation. Please contact us via the form below for more details. 【Features】 ◆ Selectively captures and concentrates only live bacteria from liquid or solid samples! ◆ Choose between total bacterial count evaluation or individual evaluation of live and dead bacteria based on settings! ◆ Sample setup can be completed in three easy steps! ◆ Customization is possible to meet specific requests! *We are currently offering a catalog featuring examples of microbial measurements! Please download it for more information.

  • Other measurement, recording and measuring instruments
  • Separation device
  • Concentration Equipment
  • Inspection Systems

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Easy for beginners with a 3-step operation! Rapid Microbial Testing System.

Easy for beginners with a 3-step operation! Rapid Microbial Testing System.

Operable in just three simple steps! This is a testing system that can quickly isolate, capture, and measure live microorganisms.

The microbial rapid testing system 'ELESTA(R) PixeeMo(R)', equipped with our proprietary filter technology "AMATAR(R)", is a new rapid testing system that can measure bacteria even in the presence of food-derived contaminants. It allows for the rapid detection of microbial contamination in manufacturing environments and products/samples, minimizing the costs of product disposal or recall, as well as keeping the inventory of intermediate products to a minimum, considering inspection dates! Under certain conditions, it can evaluate live bacteria in real-time, making it suitable for hygiene management in factories and hospitals (such as swab tests). 【Features】 ◆ It can selectively capture and concentrate live bacteria from both liquid and solid samples! ◆ No culturing is required, so there’s no need to wait 2-3 days for results! ♦ No specialized knowledge is needed. Anyone can operate it easily! *We also offer demonstrations for companies considering implementation. Please contact us via the form below for more details.

  • Other measurement, recording and measuring instruments
  • Separation device
  • Concentration Equipment
  • Inspection Systems

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Aerospace TY-CHECKER Type E Tester

Aerospace TY-CHECKER Type E Tester

Improving reliability in the aerospace field through high-speed, high-precision inspection.

In the aerospace industry, the safety and reliability of products are the top priorities. For circuit boards used in harsh environments, even the smallest defects cannot be overlooked. Poor conductivity or insulation failures can lead to serious accidents. The TY-CHECKER Type E tester reduces these risks through high-speed and high-precision inspections, contributing to improved product reliability. 【Application Scenarios】 * Inspection of electronic circuit boards for aircraft, spacecraft, and satellites * Quality control of electronic devices requiring high reliability * Quality assurance in the manufacturing process 【Benefits of Implementation】 * Reduced inspection time * Early detection of defective products * Improved product reliability * Cost reduction

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  • Circuit Board Inspection Equipment
  • Inspection Systems

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AI Visual Inspection System for Metal Processing RoxyAI

AI Visual Inspection System for Metal Processing RoxyAI

Automating surface scratch detection in metal processing with easy operation and short learning time.

In the metal processing industry, accurate detection of surface scratches and foreign object adhesion is required to maintain product quality. Particularly for products with fine scratches or complex shapes, visual inspections may overlook issues or increase the burden on inspectors. These challenges could lead to an increase in product defect rates and a decrease in customer satisfaction. RoxyAI enables the automation of surface scratch detection in metal processing by building a high-precision appearance inspection AI with simple operations. 【Use Cases】 - Surface scratch detection of metal parts - Confirmation of foreign object adhesion - Detection of paint unevenness and plating defects - Burr detection after pressing 【Benefits of Implementation】 - Improved inspection accuracy and reduced variability - Reduced inspection labor and increased productivity - Prevention of defective products from being released - Reduced burden on inspectors

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  • Image Processing Software
  • Inspection Systems

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AI Visual Inspection System for Food Processing RoxyAI

AI Visual Inspection System for Food Processing RoxyAI

High-precision AI inspection for detecting foreign substances in food processing with easy operation!

In the food processing industry, it is essential to reliably detect foreign substances to ensure product safety. In particular, visual inspections pose risks of oversight and increase the burden on inspectors. Foreign substance contamination can lead not only to a decline in product quality but also to potential health hazards for consumers, making countermeasures extremely important. RoxyAI enables high-precision AI inspections with simple operations, supporting the automation of foreign substance detection in food processing. 【Usage Scenarios】 - Detection of foreign substances on the production line - Quality checks of products - Automation of inspection processes 【Benefits of Implementation】 - Improved inspection accuracy - Reduction in inspection labor - Decreased human errors - Enhanced product safety

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  • Image Processing Software
  • Inspection Systems

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AI Visual Inspection System for Semiconductor Manufacturing RoxyAI

AI Visual Inspection System for Semiconductor Manufacturing RoxyAI

Achieving automation of wafer inspection with easy operation and short learning time.

In the semiconductor manufacturing industry, particularly in wafer inspection, the ability to detect minute defects with high precision and speed is directly linked to product quality and yield. Overlooking even slight foreign substances or pattern defects can lead to significant issues in later processes. Therefore, there is a demand for reducing the burden on skilled operators performing visual inspections and stabilizing inspection accuracy. RoxyAI contributes to the automation and efficiency of wafer inspection by enabling the easy creation of AI models without specialized knowledge, achieving high-precision inspections in a short time with minimal data. 【Use Cases】 - Detection of foreign substances on wafer surfaces - Detection of pattern defects - Counting the number of wafers - Checking wafer sizes 【Benefits of Implementation】 - Improvement and stabilization of inspection accuracy - Increased productivity through reduced inspection time - Reduced burden on visual inspection personnel - Decrease in human errors

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  • RoxyAI 画像?.jpg
  • Image Processing Software
  • Inspection Systems

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AI Visual Inspection System for Pharmaceutical Manufacturing RoxyAI

AI Visual Inspection System for Pharmaceutical Manufacturing RoxyAI

Automating tablet quality control to achieve high-precision inspection.

In the pharmaceutical manufacturing industry, particularly in the quality control of tablets, consistency in appearance, such as uniform shape, color, and surface condition, is required to ensure the safety and efficacy of products. Minor defects, foreign matter contamination, and discoloration can lead to a decline in product quality and potential health hazards, making strict inspections essential. Manual visual inspections carry the risk of oversight due to inspector fatigue and variability. The AI appearance inspection system RoxyAI provides a highly accurate and efficient automated inspection solution to address these challenges. 【Use Cases】 - Detection of chipping, cracking, and foreign matter contamination in tablets - Inspection of color unevenness and discoloration in tablets - Consistency checks for tablet shape and size 【Benefits of Implementation】 - Improved inspection accuracy and reduction of human errors - Shortened inspection times and increased productivity - Enhanced reliability through the maintenance of consistent quality standards

  • RoxyAI 画像?.jpg
  • RoxyAI 画像?.jpg
  • RoxyAI 画像?.jpg
  • RoxyAI 画像?.jpg
  • RoxyAI 画像?.jpg
  • Image Processing Software
  • Inspection Systems

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Case study of an image inspection system using AI: Surface inspection process of mirrors.

Case study of an image inspection system using AI: Surface inspection process of mirrors.

Inspection accuracy improved from 60% to 99% by developing a system using AI deep learning technology, resulting in a reduction of visual inspection errors.

We would like to introduce a case where we developed a mirror surface inspection system using AI deep learning technology in the product inspection process of Murakami Kaimeido Co., Ltd., which boasts a high market share in rearview mirrors. This development has achieved an improvement in inspection accuracy (from 60% to 99%) and reduced the burden on inspectors who previously conducted visual inspections. 【Problems with the Conventional Detection System】 ■ Difficulty in quantifying image color and other attributes ■ Ambiguity in standards due to human determination of thresholds ■ Inspection accuracy of around 60% ■ Final confirmation by inspectors through visual checks 【Effects After Implementation】 ■ After full-line implementation, the number of inspection workers was reduced by 70% ■ With an eye on overseas expansion, data obtained from the automation of inspections can also be used to optimize upstream processes *For more details, please refer to the PDF document or feel free to contact us.

  • Company：Rist
  • Price：Other
  • Other inspection equipment and devices
  • Image Processing Software
  • Inspection Systems

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Case Study 1 of AI Image Inspection Service: Development of AI for Diagnosing Exterior Wall Cracks

Case Study 1 of AI Image Inspection Service: Development of AI for Diagnosing Exterior Wall Cracks

We will introduce a case where our AI image inspection service has achieved the refinement, standardization, and efficiency of exterior wall crack inspection operations.

Rist has developed a system in collaboration with Tokyu Livable, Inc., a real estate company, and Japan Home Shield, Inc., which specializes in ground surveys and building inspections, to diagnose cracks in the exterior walls and foundation of used houses based on certain standards using AI. (Patent obtained) 【Challenges】 ■ Since the evaluation is based on visual inspection and judgment by inspectors (humans), there can be variations in the assessment. ■ To ensure inspection accuracy, double-checking is conducted in the back office. ■ To maintain inspection quality, it takes several days from on-site inspection to final evaluation. We have resolved these challenges with our AI image inspection system. *For more details, please download the PDF document or feel free to contact us.

  • Company：Rist
  • Price：Other
  • Image Processing Software
  • Other inspection equipment and devices
  • Inspection Systems

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