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Visual Inspection System Product List and Ranking from 36 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

Visual Inspection System Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 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. テクノス Tokyo//Industrial Machinery
  3. フロンティアシステム Shiga//Testing, Analysis and Measurement
  4. 4 スカイロジック Shizuoka//software
  5. 5 ティーネットジャパン （製造DX支援事業） Tokyo//IT/Telecommunications
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Visual Inspection System Product ranking

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. Automation of quality inspection! AI appearance inspection system 'Night Checker' ティーネットジャパン （製造DX支援事業）
  2. Case Study of Automated Visual Inspection: Inspection Example for Checking the Irregularities and Warping of Metal Sheets エーディーディー
  3. A system for inspecting films and paper that are transported at high speed in a roll-to-roll manner. エーディーディー
  4. Collaborative Robot AI Appearance Inspection Automation System Techman 360 横山商会 名古屋営業所
  5. 5 Automated inspection system, appearance inspection system オレンジテクノロジーズ

Visual Inspection System Product List

61～75 item / All 101 items

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Case Study of Automated Visual Inspection: Example of Sheet-Type Printed Material Inspection

Case Study of Automated Visual Inspection: Example of Sheet-Type Printed Material Inspection

An example of automated appearance inspection using an XY robotic system to continuously inspect multiple printed materials printed in sheet form!

Regarding the inspection of printed materials with issues such as text smudging or white gaps on sheet-printed items, would you consider switching from "visual inspection" to "automated inspection using a camera"? We would like to introduce a practical example of the "iVision Robot," which enables inspection of each piece of printed material by installing a camera and lighting on a general-purpose XY stage moving device. By using a two-dimensional operating stage, it becomes possible to inspect the work arranged in sheets sequentially without having to set the camera position each time, allowing for confirmation of the location and type of defects present. 【Features of this system】 - Realization of an inspection device that performs repetitive operations using a general-purpose tabletop robot - Mapping of defective areas is also possible - The device can be modified according to the inspection requirements *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information, including specifics and processing flow, is provided in the PDF.

  • Image Processing Software

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Case Study of Automated Visual Inspection: Example of Metal Plate Surface Irregularity Inspection Using 3D Sensors

Case Study of Automated Visual Inspection: Example of Metal Plate Surface Irregularity Inspection Using 3D Sensors

An example of automated visual inspection using a 3D sensor to check whether the size and height of the unevenness on the steel plate are appropriate!

Regarding the inspection of the size, height, shape, and position of the unevenness on the steel plate, would you consider switching from "manual measurement" to "automated inspection using a 3D sensor"? We will introduce a practical example of the "iVision Robot," which enables measurement by installing a 3D sensor on a general-purpose XY stage moving device. By using a two-dimensional operating stage, it becomes possible to confirm where and how large workpieces were positioned. 【Features of this system】 - Realization of an inspection device that can confirm three-dimensional shapes using a 3D sensor - Mapping of placement locations is also possible - The device can be modified based on the inspection requirements *First, we will verify whether the workpieces you wish to inspect can be measured. *Detailed processing information and flow are included in the PDF.

  • Image Processing Software

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Case study of automated visual inspection: Example of soldering condition inspection on a circuit board.

Case study of automated visual inspection: Example of soldering condition inspection on a circuit board.

A case of automated visual inspection using an XY robotic system to continuously inspect for missing or misaligned solder balls on IC chips!

Shall we switch the inspection of the soldering condition on the substrate from "visual inspection" to "automated inspection using a camera"? We will introduce a practical example of the "iVision Robot," which operates as an inspection system by attaching an inspection system to a general-purpose XY stage moving device. By using a two-dimensional operating stage, it becomes possible to check the condition of solder balls at various locations on the substrate. 【Features of this system】 - Capable of inspecting the absence and positional defects of solder balls across the entire substrate - Mapping of defective areas is also possible - The device can be modified based on the inspection content *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information, including details and processing flow, is provided in the PDF.

  • Image Processing Software

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Case Study of Automated Visual Inspection: Metal Plate Dent Inspection Using 3D Sensors and Cameras

Case Study of Automated Visual Inspection: Metal Plate Dent Inspection Using 3D Sensors and Cameras

A case study of automating visual inspection by installing a camera and 3D sensor on a general-purpose XY stage to check the size, depth, and condition of dents on a steel plate!

Regarding the inspection of the shape, size, and depth of dents that occur on steel plates, would you consider switching from "visual inspection" to "automated inspection using cameras and 3D sensors"? We would like to introduce a practical example of the "iVision Robot," which enables inspection by installing a camera and 3D sensor on a general-purpose XY stage moving device. By using both a camera and a 3D sensor, we can create an inspection device that combines the strengths of each, allowing for accurate confirmation of defective conditions. 【Features of this system】 ■ Realization of an inspection device that can confirm three-dimensional shapes using a camera and 3D sensor ■ Ability to comprehensively assess the condition of defective areas using both the camera and sensor ■ The device can be modified based on the inspection requirements *First, we will verify whether the work you wish to inspect can be accommodated. *Detailed processing information, including specifics and processing flow, is provided in the PDF.

  • Image Processing Software

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Visual inspection using a combination of AI and rule-based methods for more stable inspections.

Visual inspection using a combination of AI and rule-based methods for more stable inspections.

Would you consider using a combination of AI and rule-based methods to conduct inspections correctly?

When using AI for visual inspection, it is essential to first gather images of both good and defective products. Would you consider exploring a rule-based approach to solve these issues? By following these steps, stable visual inspection with AI can be achieved. [Contents of Proposal 4] - Collect a large number of accurate images - Train the AI on accurate images - In that case, is AI really necessary? Thinking about the future, I want to use AI, but I'm worried if it can truly perform inspections. If you feel this way, please take a moment to read this.

  • Image Processing Software

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Case Study of Automated Visual Inspection: Inspection Example of Metal Components Spread on a Tray

Case Study of Automated Visual Inspection: Inspection Example of Metal Components Spread on a Tray

A case study of automating visual inspection using a general-purpose XY stage for inspecting randomly scattered parts!

Would you like to switch the visual inspection of parts spread out on a work tray from "manual inspection" to "automated inspection using a camera"? We will introduce a practical example of the "iVision Robot," which installs a camera and lighting on a general-purpose XY stage moving device, enabling inspection over a specified area. By using a two-dimensional operating stage, it is possible to inspect the entire designated area for each specified section without having to set the camera position each time, allowing you to confirm where and what kind of defects were present. 【Features of this system】 ■ By using a two-dimensional operating stage, it is possible to sequentially inspect even large areas. ■ It indicates the coordinates of defects and displays a map showing where and what kind of defects were found. ■ The device can be modified based on the inspection requirements. *First, we will verify whether the workpieces you wish to inspect are suitable for inspection. *Detailed processing information and flow are provided in the PDF.

  • Image Processing Software

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Case study of automated visual inspection: Inspection case of engraved text on metal rods.

Case study of automated visual inspection: Inspection case of engraved text on metal rods.

A case study on the automation of visual inspection for reading characters engraved on the side of a metal rod!

Would you like to switch from "visual inspection" to "automated inspection using a camera" for verifying the characters stamped on the side of metal rods and checking for correctness? We would like to introduce a hand-held inspection device that accurately reads characters stamped on flat and curved surfaces, allowing for confirmation of character strings and correctness judgment. In this system, a simple hand-held inspection device is set up with only a camera and lighting on the inspection stand, enabling accurate reading of characters stamped on curved surfaces and surfaces that easily reflect light, which are difficult to read with general-purpose machines. 【Features of this system】 ■ A simple inspection system with a camera and lighting installed on the inspection stand ■ Capable of reading characters stamped on glossy and curved surfaces ■ The device can be modified based on the inspection content *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information and flow are included in the PDF.

  • Image Processing Software

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[AI Use Case] Detecting tablet defects and stopping the conveyor.

[AI Use Case] Detecting tablet defects and stopping the conveyor.

A simple system that continuously inspects the conveyor with a fixed-point camera to "prevent defective products from flowing further ahead"!

We will introduce a system that detects broken tablets and stops the conveyor. It was found that using a mechanical relay to perform ON/OFF at 100V generates significant electromagnetic noise, so we switched to a solid-state relay for testing. We added a patrol light to the wiring for "ON/OFF of the 100V power supply from DeepSky," which alerts with a red light and buzzer when a broken tablet (defective product) flows through, stopping the conveyor. When good products continue to flow, a green light is illuminated, and the conveyor keeps moving. For more details, please check the related links below. 【Tools and Equipment】 ■ PC: Mouse Computer/G-Tune, Core i9, 16GB RAM, RTX 2070 SUPER ■ Image Processing Software: Sky Logic/DeepSky DS100K ■ IO Unit: Sky Logic/EI-ITIO-T01 ■ 1.3 Megapixel Camera: Daheng/MER-133-54u3c ■ 25mm Lens: M2514-MP2 ■ Camera Stand (Aluminum Frame) *For more details, please refer to the PDF document or feel free to contact us.

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  • Image Processing Software

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[AI Image Inspection Case] Clip Shape Inspection

[AI Image Inspection Case] Clip Shape Inspection

We will conduct inspections for shape defects caused by deformation of clips using AI image inspection software!

We received a request for inspection of deformation of clips from a manufacturer specializing in renovations and remodeling. The inspection system was specifically envisioned as follows: drop each sample one by one due to vibration, move it to the camera section via a conveyor belt, determine and sort using the camera, and then the conveyor belt separates the acceptable products from the defective ones. **[Inspection Settings and Results]** We conducted inspections for shape defects using the samples we received. We verified using two patterns: from above and from the side, and it was possible to identify acceptable and defective products from above. The side inspection was able to detect the "angle of the edge," the "gap" in the clip section, and "twisting." The left image shows three types detected, while the right image displays the separated labels. There is no specified quantity for "OK," and the setting for defective is from 0 to 0 (if even one is present, it is considered NG). **[Software and Equipment Used]** Software used: DeepSky Learning Edition Field of view: Approximately 40 x 30 mm Minimum size of inspection target: 30 mm Number of inspection points: 3 Camera resolution: 1.3 million pixels Lens focal length: 25 mm Distance between lens and product: Approximately 170 mm Lighting: Indoor fluorescent lights

  • Image Processing Software

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[AI Image Inspection Case] Measurement inspection of the angle and length of the chamfered part of a printed circuit board.

[AI Image Inspection Case] Measurement inspection of the angle and length of the chamfered part of a printed circuit board.

The angle and length of the chamfered part of the electronic circuit board were measured.

This is a test where we send you a camera and sample products. Our company offers a free evaluation service with the equipment you want to use and sample delivery. We are constantly considering configurations to solve your problems accurately and cost-effectively with simple setups. 【Inspection Settings and Results】 By using the "Dimension and Angle Inspection" function of EasyInspector, we measure the dimensions, angles, and lengths of the chamfered parts of the substrate at 10 inspection points in 0.37 seconds. The red circles in the photo indicate the detected intersection points, and the green lines represent the detected edge parts. 【Software and Equipment Used】 Software Used: EasyInspector710 Field of View: 15 x 10mm Minimum Size of Inspection Target: 0.2mm Number of Inspection Points: 10 Camera Resolution: Microscope Lens Focal Length: Not used Distance between Lens and Product: Not recorded Lighting: Indoor light The current 'EasyInspector2' MS (MeaSure) package can perform inspections for [Position and Width Measurement] and [Angle Measurement].

  • Image Processing Software

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IoT-enabled AI visual inspection system 'FALCON'

IoT-enabled AI visual inspection system 'FALCON'

From tests that impose "burden" on people to tests that generate "added value."

"FALCON" is an IoT-enabled AI visual inspection system that controls the posture of workpieces using various mechanisms instead of human hands and supports the imaging of anomalies. Based on past knowledge aggregated in an internal database, it proposes optimal imaging equipment configurations. Furthermore, by combining AI with rule-based methods, it covers a wide range of anomaly detection. Additionally, it can synchronize with preceding and subsequent processes, enabling full inspection of all items. It offers system proposals from a "holistic optimal perspective" that takes into account the challenges of preceding and subsequent processes as well as the entire factory. 【Features】 ■ Construction of a highly accurate imaging environment ■ Highly versatile image processing software ■ Image processing software that enhances operator usability ■ Automation of transportation and discharge synchronized with preceding and subsequent processes *For more details, please refer to the PDF document or feel free to contact us.

  • Other inspection equipment and devices

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Tire-Specific AI OCR "TireMarky"

Tire-Specific AI OCR "TireMarky"

AI that can be used immediately without additional training ・Capture the entire tire in one shot ・Accurately recognize engraved characters

The [T-DLOW Series TireMarky] developed by our company uses images captured in special lighting conditions. No special training is required. The AI recognizes the characters simply by specifying the characters you want it to recognize.

  • Image analysis software
  • Visual Inspection Equipment

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[Case Study] AI Visual Inspection System

[Case Study] AI Visual Inspection System

Significant reduction in inspection costs through the automation of inspection for small parts' scratches, burrs, contours, and dimensions!

When inspections of small parts are conducted visually by humans, there are issues such as variations in inspection results due to differences in judgment points among individuals and the way lighting is applied. The 'AI Appearance Inspection System' automates visual inspections, enhancing the efficiency of product inspections by clearly detecting fine details of the target objects and instantly identifying scratches, contours, dents, and dirt. By automating inspections, the burden on workers can be significantly reduced, and after inspecting small products, continuous orders for larger products can be accommodated. [Challenges and Requests Before Implementation] ■ When inspections of small parts are conducted visually by humans, variations in inspection results occur. ■ In inspections using a microscope, the limited viewing area can lead to missed detections. ■ In cases of small quantities and a wide variety of products, the inspection points differ each time, increasing the burden on workers. *For more details, please refer to the PDF document or feel free to contact us.

  • Defect Inspection Equipment

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[Case Study of AI Visual Inspection] Inspection of water contamination and water leakage inside containers before shipment.

[Case Study of AI Visual Inspection] Inspection of water contamination and water leakage inside containers before shipment.

Achieve cost reduction through visual inspection and prevention of defective outflow! Improved customer satisfaction can also be expected.

If there are water stains or leaks inside the container, it cannot be shipped as is, so visual inspections for water stains and leaks are conducted by personnel. However, since the subject being checked is water, it is difficult to make quick judgments, which poses a challenge. The solution to these challenges is the "AI Appearance Inspection System for Water Detection." This system can prevent defective products from being released and reduce costs. It automates the detection of water stains and leaks, which are difficult to assess visually. [Challenges and Requests Before Implementation] ■ It is difficult to make quick judgments since the subject being checked is water. - There is variability in the time taken for inspections depending on the person checking. - There is variability in the criteria for judgment. *For more details, please refer to the PDF document or feel free to contact us.

  • Visual Inspection Equipment

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We will be exhibiting at the 2nd (Kyushu) Semiconductor Industry Exhibition.

We will be exhibiting at the 2nd (Kyushu) Semiconductor Industry Exhibition.

Power semiconductor applications, appearance inspection of ceramic substrates detected with rule-based + AI technology! Confirmation process also improves efficiency with AI technology!

Full support from FPC design, prototyping, and mass production to board electrical testing, appearance inspection systems, and FA automation! TAIYO FPC SOLUTIONS! 【Exhibition Contents】 〇 Appearance Inspection System 〇 Flexible Printed Circuit Boards 〇 Robot/FA Systems_Automation Systems 〇 Lead Frame Prototyping 〇 Ionizer 【Business Activities】 ■ Test System Business ・Development and manufacturing of electrical inspection systems ・Development and manufacturing of final appearance inspection systems ・Manufacturing of visual inspection devices and image processing devices ■ Industrial Machinery System (Trading Company) Business ・Design and manufacturing of robot FA systems and automation systems ・Sales of high-end products from carefully selected manufacturers ・"Needle-less Ionizer" Static Electricity Removal Device Ion Blade F3 ■ Electronic Circuit Board Business ・Design and production of flexible printed circuit boards ・Assembly of printed circuit boards ・Electronic circuit CAD design ・Manufacturing of metal masks (electroforming method) ・Design and production of various contact probes ・High-precision lead frame prototyping ■ Mirror Polishing Machine Business (Mirak Co., Ltd.) ・Manufacturing of mirror polishing machines and grinding machines ・Maintenance and retrofitting of equipment ・Sales of grinding wheels

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  • Visual Inspection Equipment

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