Last Updated： Aggregation Period:Jul 30, 2025～Aug 26, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 30, 2025～Aug 26, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 30, 2025～Aug 26, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 44 items
Compact realization of advanced AI × 3D measurement system.
Compared to existing image processing: ◆ No complex design required for target detection and judgment ◆ For adding or changing varieties, just prepare image data Targets that are difficult to achieve with AI alone can be realized by combining our unique imaging and image processing technology.
Targets that are difficult to achieve with AI alone can be realized by combining our unique imaging and image processing technology!
The "Edge AI × 3D System" can process complex actions in real-time by utilizing a GPU. Detection, judgment, and measurement of targets can be achieved using only a compact board and a USB 3D camera. Compared to existing image processing, there is no need for complex designs required for target detection and judgment, and for adding or changing varieties, it is sufficient to prepare image data. Our company provides comprehensive support from image acquisition to system upgrades, including peripheral device control. 【Features】 ■ Compact realization of an advanced AI × 3D measurement system ■ Real-time processing of complex actions using a GPU ■ Detection, judgment, and measurement of targets achieved with only a compact board and USB 3D camera ■ No need for complex designs required for target detection and judgment ■ Only image data preparation is needed for adding or changing varieties *For more details, please refer to the PDF materials or feel free to contact us.
直感的な操作で検査を実現！検査状況が一目で判るモニターを用意
『TRUE LINE』は、トリガーによる個体検査、連続検査の両方の用途に 対応した検査を実現するラインカメラ画像処理システムです。 ガイダンスに従って検査条件をタッチパネルで直感的に設定。 「調整が難しい」「検査状況が判りにくい」「結果を活用したい」 などの問題を解決することができます。 【特長】 ■簡易設定 ■検査モニター ■ラインカメラ映像 ■トリガー/連続検査 ■検査サマリー ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。
Graphical screen! Realizing an image processing system that collaborates with a variety of devices.
"SOFIXSCAN VisionPAK" is an application that allows you to build an image processing system while envisioning the completed form of the system, including the configuration of the device and the flow of image processing. You can create image processing using mouse operations, and since the results can be confirmed in real-time, it can be easily constructed without programming knowledge. By using this product, you can avoid the need for scratch development of dedicated image processing applications, enabling system construction at a low cost. 【Features】 ■ Realizes image processing systems linked with a wide variety of devices ■ Easy construction with mouse operations ■ Low-cost construction ■ Customizable *For more details, please refer to the PDF materials or feel free to contact us.
We have a track record of developing the "robot vision" system, which serves as the eyes and brain of robots.
We undertake contract development of "image processing systems for FA (Factory Automation)." We develop inspection and monitoring systems tailored to the shape and nature of the workpieces from scratch. We have various development examples, such as "robot interference detection systems," "AI inspection systems," and "workpiece picking systems." 【Development Examples (Partial)】 ■ Robot safety monitoring system ■ Setup table inspection system ■ Semiconductor component inspection system ■ Liquid quantity detection system ■ Meter reading system (SOFIXCAN Ω Eye) *For more details, please refer to the related links or feel free to contact us.
Introducing a list of case studies for system development in the medical field! Features and applications are provided for each system.
We would like to introduce examples of system construction in the medical field. This document includes examples such as the "Electron Beam Profile Monitor System," which captures very short transient phenomena through remote control of multiple cameras and high-precision synchronization control, as well as the "2D Motion Analysis System" and the "Pupil Detection System." We present the features and applications of each system. The examples included in this document are just one instance of our delivery achievements. We also accept customization according to your needs, so please feel free to contact us. 【Featured Examples】 ■ Electron Beam Profile Monitor System ■ 2D Motion Analysis System ■ Pupil Detection System ■ Sweating Mannequin Control Device *For more details, please refer to the PDF document or feel free to contact us.
We solve our customers' challenges with AI (artificial intelligence) technology and image processing technology!
We propose "usable" solutions by combining rapidly advancing AI technology with long-established image processing technology, ultrasonic measurement technology, and robot control technology. Our company collaborates with various universities and academic institutions, including Tohoku University, to develop products utilizing cutting-edge technology. 【Examples of Use】 ■ Fisheries and Agriculture - Fish sex determination device "Smart Echo" - Apple picking and sorting robot - Smart agriculture (determining harvest timing and diagnosing diseases from camera images of crops) ■ Industrial Inspection and Factory IoT - Detection of defects on metal surfaces - Image inspection using thermography (inspecting internal conditions that are not visible from the exterior) - Obstacle detection on travel paths - Picking of defective products - Inventory management for removal ■ Commercial and Retail - Customer behavior analysis - Automatic reading of handwritten text - Interactive signage (analyzing gender and age from images of people viewing digital signage) ■ Medical Assistance and Care - Quantification of rehabilitation effects - Monitoring - Non-contact entry and exit management For more details, please visit our website and product catalog. If you have any other requests, please feel free to contact us.
Image measurement and appearance inspection are now smoother and easier than ever!
The "KIBO SYSTEM" is a general-purpose image processing system consisting of an interpreter compatible with Jscript, USB camera control, IO control, stage control, and an image processing library. By creating it with a PC and a camera, we achieve an astonishingly low price. Since all components, including image processing and input/output device drivers, are custom-made, it can be freely customized. Image measurement and visual inspection can now be performed more smoothly, easily, and at a lower cost than ever before. 【Features】 ■ Low price ■ Freely customizable ■ Easy operation ■ Software available for standalone sale *For more details, please refer to the catalog or feel free to contact us.
Easily investigate aging changes! The lightweight and compact design significantly improves inspection speed, including travel time.
"Aegis" is an ultrasonic imaging processing system that integrates ultrasonic flaw detection information and positional data on a PC, providing real-time image display. Since all data can be stored within the PC, it allows for playback and data processing at any time. Furthermore, it significantly improves the recordability and objectivity, which were considered drawbacks in ultrasonic flaw detection, enabling the provision of high-speed and highly reliable information. [Features] ■ Immediate understanding of the condition of material loss (defects) on-site ■ Data processing such as calculation of defect area and average plate thickness ■ Excellent visibility of defect conditions by displaying as planar images and cross-sectional images ■ Easy investigation of changes over time ■ Lightweight and compact design, resulting in a significant improvement in inspection speed, including travel time, compared to conventional equipment *For more details, please refer to the PDF document or feel free to contact us.
For radiation inspection such as concrete embedded object surveys and detection of welding defects! We evaluate with high precision and quantitatively.
"NIPS" is an image processing system using a high-performance laser film digitizer that we have developed. After digitizing transmission photographs of pipes, equipment, and devices, it allows for a more precise quantitative evaluation of the condition of corrosion, the presence of foreign objects, and defect conditions through its rich image processing and measurement functions. 【Features】 ■ Low-density transmission photographs can be converted into images with suitable contrast by utilizing high resolution. ■ Measurements are based on digital values, eliminating individual differences among operators. ■ Processing using low-density transmission photographs is possible (efficiency improvement through reduced exposure time and decreased radiation). ■ Inspection records can be saved on hard disks or optical disks (space-saving storage). ■ Output is possible with a high-performance printer (allowing observation in well-lit conditions). *For more details, please refer to the PDF document or feel free to contact us.
We provide solutions that make people say, "This is it! This is what I wanted!" by utilizing suitable image processing technologies. *Examples of applications are currently available.
When designing embedded image processing systems, high specialized technology is required to meet the specifications and functions within constraints such as cost and size. With about 20 years of experience in hardware development, our company will realize your embedded image processing system. 【Example 1: Changing a system using FPGA to the latest SoC】 This is a case where a customer who had implemented a system with FPGA changed to an ARM-based system aiming for future product scalability and ease of development. 【Example 2: Unable to take clear pictures for embedded AI image processing】 This is an example where our mechanical and structural design was effective. The customer entrusted us with the entire process from circuit board design to image processing and mechanical/structural design. 【Example 3: Want to achieve ultra-fast image processing within a smart camera】 We switched the sensor used in the current system to a high fps camera. By processing images from the camera with FPGA, we were able to improve inspection functionality without changing the existing takt time. Details of the cases can be downloaded from the catalog below. For more information, please download the materials or feel free to contact us.
All functions are built-in! An all-in-one image processing system that supports various applications.
"Vb Vision" is an all-in-one package equipped with a camera I/F, PLC communication, I/O control, and a GUI inspection screen creation tool that displays inspection results and setting screens on the monitor. It features software that allows for intuitive construction of vision systems, making operation simple. Its functions include appearance inspection for scratches, foreign objects, and unevenness, as well as calibration, measurement, counting, matching, alignment, BCR, OCR reading, picking processes, and robot integration, along with 3D vision using height images, all capable of high-speed processing through multitasking. 【Features】 ■ Develop advanced appearance inspections in a short time with "no code" ■ Reduce defect rates through DX linkage of inspection data and IoT monitoring ■ Support for various applications ■ Higher models equipped with Deep Learning based on rule-based systems are also available *For more details, please refer to the related links or feel free to contact us.
An all-in-one AI image processing system that allows you to easily develop appearance inspection systems! Equipped with deep learning! Build systems without any coding!
"Vb Vision 3" comes pre-installed with "Aurora Vision Studio," which allows for easy system development without coding. By using the AI tool "Deep Learning Add ON," you can complete an inspection device simply by loading images, without having to think about complicated image processing algorithms. It is an all-in-one package equipped with camera I/F, PLC communication, I/O control, and a GUI inspection screen creation tool that displays inspection results and settings on a monitor, enabling the development of visual inspection devices on a low budget. The functions include advanced appearance inspections for scratches, foreign objects, and unevenness, as well as calibration, measurement, counting, matching, alignment, BCR, OCR reading, picking processes, and even robot integration. Additionally, it supports 3D vision through height images, all capable of high-speed processing through multitasking. [Features] ■ Develop advanced appearance inspections in a short time with "no code" ■ Reduce defect rates through DX linkage of inspection data and IoT monitoring ■ Support for various applications ■ Equipped with Deep Learning
