Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 101 items
Even those that are embossed and used for exterior wall materials can be reliably inspected.
We will introduce the automatic appearance inspection case study of Technos Co., Ltd. for "steel and non-ferrous metals."
Inspect internal foreign objects from both sides in a single pass with a depth of field 6000 times greater than conventional methods.
We will introduce the automatic appearance inspection case of "glass and resin plates" by Technos Corporation.
The revolution of visual inspection, the eye's neuro. TechnoS will evolve yet another era.
Since the 1980s, Technos has focused on the functions of the human eye, converting the structure, movements, and functions of retinal nerve cells into electronic circuits using its unique technology, and has introduced the automatic inspection device "Neuro Visual Sensor" that ensures zero omissions. This booklet provides an easy-to-understand explanation of some of the appeal of the "Neuro Visual Sensor."
A system for inspecting shorts and burrs on the peripheral parts while rotating the workpiece, featuring a separate conveyor device for the automated introduction of visual inspection in the manufacturing line!
Would you like to switch from "visual inspection" to "automated inspection using cameras" for necessary inspections such as "variety identification," "shorts," "burrs," "black spots," "gas burns," and "bubbles" in rod-shaped resin molded products? We would like to introduce a case where a dedicated inspection device was created and implemented separately from the manufacturing line. In this system, when a workpiece is fed into the product input section, it is sent out one by one, and the inspection of the outer circumference of the rod-shaped product is conducted. If any defects are found, they are separately discharged for classification. 【Features of this system】 ■ A dedicated inspection device is created and operated separately from the manufacturing line. ■ By rotating the workpiece during inspection, the entire workpiece is inspected. ■ If any defects are detected, defective products are discharged separately. ■ The device can be modified according to the inspection requirements. *First, we will verify whether the workpieces you wish to inspect can be inspected. *Detailed processing information and flow are included in the PDF.
A case study of the automation of appearance inspection, where a transport device was also manufactured separately from the production line to check for scratches, dents, and dirt on the outer diameter, inner diameter, and surface!
Would you like to switch from "visual inspection" to "automated inspection using cameras" for necessary inspections of small round metal parts, such as "scratches," "chips," "dents," and "dirt"? We would like to introduce a case where a dedicated inspection device was created and implemented separately from the manufacturing line. In this system, when a workpiece is fed into the product input section, it is sent out one by one for inspection of both sides. If any defects are found, they are separately ejected for classification. 【Features of this system】 ■ A dedicated inspection device is created and operated separately from the manufacturing line. ■ It determines good and defective products, with defective products being ejected separately. ■ Records are kept of which inspection process detected the defects. ■ The device can be modified according to the inspection content. *First, we will verify whether the workpieces you wish to inspect are feasible for inspection. *Detailed processing information, including the processing flow, is provided in the PDF.
A case study of automating inline visual inspections for food items such as tablets and pills, small parts, etc., that require large-scale inspections aligned on a line!
Would you consider introducing "automated inspection using cameras" for the inspection of food products such as tablets and small items like washers? We would like to introduce examples of systems that operate by installing cameras and lighting on existing conveyor lines. This system allows for inspection without creating a complex conveyor line by simply installing cameras and lighting on the customer's existing conveyor line. If modifications to the existing line are necessary based on the customer's inspection requirements and preferences, we can accommodate that as well. 【Features of this system】 ■ Inspection can be performed on the conveyor line without creating a separate system ■ Suitable for high-speed inspection of large quantities of products ■ Quick response is possible in case of defects since inspection is conducted on the conveyor line ■ Compatible with products other than tablets, such as tablet medications and washers ■ Equipment can be modified based on inspection requirements *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information and flow are included in the PDF.
A case study of the introduction of automatic inspection on the conveyor line for reading and verifying the printed text on packaging boxes and bags!
Would you like to switch the inspection of lot numbers, dates, barcodes, etc., printed on packaging boxes and bags from "visual inspection" to "automated inspection using cameras"? We would like to introduce examples of systems that have been implemented by installing cameras and lighting on existing conveyor lines for inspection purposes. This system is an example of introducing an inspection system by installing cameras and lighting on your conveyor line. It can address various issues related to printing, such as whether characters and numbers are printed correctly and whether they are legible. 【Features of this system】 ■ Inspections can be conducted on the conveyor line ■ Confirmation of printed content and barcode reading are possible ■ The condition of the packages being inspected can include not only boxes but also paper and plastic bags ■ Inspection locations can be changed 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.
An example of the automation of exterior inspection using a 2D operational conveyor system to inspect scratches and dents on the surface of wooden doors!
Regarding the necessary inspections for "scratches and dents" on relatively large product surfaces such as closet doors and doors, would you consider switching from "visual inspection" to "automated inspection using cameras"? We would like to introduce a case study of a system that has been implemented, which installs a camera and lighting on an XY stage movement device to conduct inspections even for products with large surface areas. In this system, products are placed at designated positions on the device, and the camera and lighting move to capture images, allowing for inspections of products that require inspection over large areas. When conducting visual inspections on large products, their size can become a hindrance, requiring significant effort for visual inspection. Additionally, certain areas may become difficult to see depending on the location, leading to potential oversights and other issues. **Features of this system:** - For workpieces that are too large to capture in a single image, the camera can be moved to enable comprehensive imaging. - The camera moves to inspect areas that are difficult to confirm visually. *First, we will verify whether the workpieces you wish to inspect can be inspected with this system. *Detailed processing information, including the processing flow, is provided in the PDF.
A case study of automating visual inspection to detect defects such as scratches and black spots in resin molded products and to sort and discharge them.
Regarding the inspection of foreign objects and black spots in resin molded products, why not switch from "visual inspection" to "automated inspection using cameras"? We would like to introduce a case study of an inspection device equipped with a mechanism for separating and discharging OK and NG items, created with a separate transport system. In this system, a separate transport line is created, where items are manually fed in, and inspection is conducted using a camera installed on the line. The inspection device has a mechanism to change the discharge destination based on the inspection results, allowing for the identification and separation of defects such as foreign objects and black spots in resin molded products. By making the feeding part manual, it becomes possible to automate the process at a relatively low cost compared to inspection devices that use parts feeders. 【Features of this system】 ■ Automated inspection system with a separately created transport line ■ Improved work efficiency by separating items based on conditions during discharge ■ Reduction of system costs by performing manual feeding ■ The device can be modified based on inspection requirements *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information and flow are included in the PDF.
A case study of automating visual inspection using multi-axis robots to inspect various complex shapes of cast products!
Regarding the comprehensive inspection of products with complex shapes, such as scratches, dents, and residual cutting chips, would you consider switching from "visual inspection" to "automated inspection using cameras"? We would like to introduce a case study of an inspection device that uses a multi-axis robot equipped with a camera and lighting to inspect components with complex shapes. In this system, by attaching a camera and lighting to a multi-axis robot, we can inspect components that are difficult to examine with a fixed camera, capturing images of defective areas sequentially, similar to human inspection. By using a robot, we can direct the camera and lighting to various locations on components of different shapes, making it possible to handle parts with complex geometries that traditional automated inspections struggle with. 【Features of this system】 ■ Automated inspection system using multi-axis robots ■ Capable of specifying and inspecting various locations on complex shapes ■ Able to accommodate heavy or large items by moving the camera ■ The inspection setup can be modified based on the inspection requirements *First, we will verify whether the workpieces you wish to inspect can be accommodated. *Detailed processing information and flow are provided in the PDF.
An example of automating visual inspection by installing cameras and lighting on the line to capture and inspect the discoloration of vegetables flowing on the conveyor line!
Regarding the inspection of discoloration (such as rot) of vegetables being transported on the line, would you consider switching from "visual inspection" to "automated inspection using cameras"? By installing cameras and lighting on the existing transport line and utilizing AI, we can create a system to inspect whether any rotting vegetables are flowing through during transportation. For irregularly shaped items, such as certain vegetables that are difficult to distinguish with conventional inspection devices, it becomes possible to identify them using AI. 【Features of this system】 - Inspection can be conducted on the transport line without creating a separate inspection system. - Since inspections are performed on the transport line, it is possible to conduct inspections without the need for additional equipment. - AI enables inspections for irregularly shaped vegetables. - The equipment can be modified based on the inspection requirements. *First, we will verify whether the work you wish to inspect is feasible. *Detailed processing information and flow are provided in the PDF.
Can AI be used for visual inspection? I will explain the differences between AI and conventional inspection systems, as well as their respective advantages and disadvantages, and present a proposal.
Various analysis results utilizing AI have been introduced in various media, and AI-based inspection systems are being presented by different companies in the field of visual inspection. However, you may have doubts about whether visual inspection can really be done with AI. Therefore, we will clearly explain the merits and demerits of visual inspection using AI. If you are considering an inspection device using AI, please take a moment to read this. ADDI Co., Ltd. is assisting customers in building automated inspection systems in the style they desire. [Contents of Proposal 1] - AI-based inspection systems - Rule-based inspection systems - Merits and demerits of each If you are currently considering automating inspection systems using AI, please take a moment to read this.
We will present a proposal explaining issues such as the complexity of the product making it difficult without AI, and the problems of implementing AI that does not make accurate judgments.
The shape and conditions of the product are complex, so inspection cannot be done without using AI. We borrowed a demo machine that can inspect with AI, but it does not make correct judgments. It seems that anything can be done with AI, but there are pitfalls. I will briefly explain the suitability of using AI, the reasons why things may not go well, and more. [Contents of Proposal 2] - The misconception that it is difficult without AI - What AI inspections are good at - Reasons why inspections may not go well - Solutions to problems during implementation If you are currently considering automating inspection systems with AI, please take a moment to read this.
An example of automated visual inspection using XY operational robots and trays with rotating mechanisms to inspect the entire side surface of rod-shaped metal and resin products.
Regarding the side inspection of cylindrical products arranged on a dedicated tray equipped with a rotating mechanism: "Shall we switch from visual inspection to automated inspection using a camera?" We will introduce a practical example of the "iVision Robot" that combines a general-purpose XY stage movement device with a special tray. In the side inspection of cylindrical components, it is common to inspect each item one by one while rotating the inspection target, which can be very costly to create a dedicated inspection device. Therefore, by creating a simple rotating device equipped with a dedicated tray and using it in conjunction with a movable camera, it is possible to create a relatively inexpensive device. 【Features of this system】 ■ Enables side inspection of cylindrical products using a dedicated tray and a two-dimensional movable stage ■ Allows for the introduction of an inspection device at a relatively low cost without creating an independent inspection device ■ Displays a map indicating the location and type of defects on the tray ■ 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.
A case of automated appearance inspection using a multi-axis robot and 3D sensors to inspect defects such as scratches on the surfaces of large box-shaped products like cabinets!
In the inspection of surface scratches, dents, and unevenness on large box-shaped products such as cabinets, why not switch from "visual inspection" to "automated inspection using a 3D sensor"? This system measures and inspects each inspection target area sequentially by attaching a 3D sensor to a multi-axis robot, covering a wide area. By using a robot, it is possible to direct the 3D sensor to various locations of different shapes, enabling the handling of components with complex shapes that are difficult to inspect with conventional automated methods. 【Features of this system】 - Realization of an inspection device that can confirm three-dimensional shapes using a 3D sensor - Capability to inspect complex locations by using a multi-axis 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 and flow are provided in the PDF.
