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 38 items
Realizing the use of AI in the field of machine vision.
The SiNGRAY series is an industrial AI smart camera that integrates high-definition image sensor input and high-performance embedded image processing devices, utilizing AI (artificial intelligence) technology and edge computing technology. *For more details, please refer to the PDF document or feel free to contact us.*
Atom E3845 1.91GHz, monochrome global shutter CMOS sensor camera, 2MP, 120fps, IP67
Features - Equipped with Intel Atom Quad-Core Processor E3845 1.91GHz - 2MP, 120FPS, monochrome global shutter CMOS sensor - Dustproof and waterproof structure with IP67 rated housing and M12 connector specifications - Supports advanced image processing - Supports additional GigE Vision 1 slave cameras, reducing TCO - Built-in PWM lighting control - Compatible with software such as STEMMER Common Vision Blox, MVTec HALCON, COGNEX VisionPro, Teledyne Dalsa Sherlock, Adaptive Vision Studio, Euresys Open eVision, etc. - Compatible with image acquisition standards such as GeniCam, GenTL, OpenCV, and OpenCL
This is a compact smart camera developed by Micro Technica, suitable for simple and compact FA and robot vision applications.
Our smart camera is equipped with Linux OS, CPU, FPGA, memory, internal storage, camera sensor, and C-mount lens. It not only supports image input but also features our proprietary image processing software, allowing for a variety of image processing functions to accommodate various applications. The camera comes standard with our in-house developed image processing library "Bruegel," which includes edge measurement, blob analysis, pattern matching, and barcode/QR code reading. It functions as a standalone vision sensor, offering basic performance of industrial cameras along with communication features such as MECHATROLINK-III, Ethernet, and DIO, as well as excellent operability through a web-based graphical user interface. Additionally, it is characterized by a well-established application development environment provided through an SDK.
Drive recorder function with a smart camera, work inspection with elevation differences (data exchange via OPC UA)
Our smart camera is equipped with Linux OS, CPU, FPGA, memory, internal storage, camera sensor, and C-mount lens. In addition to image input, it features our proprietary image processing software, allowing for a variety of image processing functions to accommodate various applications. The camera comes standard with our in-house developed image processing library "Bruegel," which includes edge measurement, blob analysis, pattern matching, barcode, and QR code reading. It functions as a standalone vision sensor, offering basic industrial camera performance along with communication capabilities such as MECHATROLINK-III, Ethernet, and DIO, as well as excellent operability through a web-based graphical user interface. Additionally, it is characterized by an application development environment provided through an SDK.
![[Case Study] Solution for SOP Compliance Monitoring](https://image.mono.ipros.com/public/product/image/4fa/2000622773/IPROS31968126682775278988.jpeg?w=280&h=280)
Achieving consistent SOP compliance in manufacturing through AI-enabled behavioral analysis.
Standard Operating Procedures (SOPs) in manufacturing are created to optimize product quality and cycle time, as well as to protect workers from hazards. However, the main failure factor in adhering to SOPs is human error. Therefore, continuous auditing and improvement of procedures are key to the success of SOPs. Traditionally, manufacturers have audited SOP compliance through manual monitoring. Tracking every process performed by each operator is too time-consuming to implement across all production lines. This has led manufacturers to seek automated solutions. "A high level of standardization is required in display assembly to ensure product quality. A solution that constantly monitors every movement on the assembly line is necessary. ADLINK addresses these requirements by utilizing AI smart cameras and behavior analysis deep learning algorithms," stated an assembly manager from a world-leading display manufacturer.
![[Case Study] Preventing Accidents Caused by Human Error with AI Vision](https://image.mono.ipros.com/public/product/image/eb6/2000669228/IPROS26980695012245903954.jpeg?w=280&h=280)
Prevent accidents caused by human error when unloading hazardous chemicals from tankers using AI vision.
Tank trucks are one of the most common and efficient means for chemical manufacturers to transport liquid and gaseous chemicals to industrial production facilities. Chemicals can be corrosive, explosive, flammable, or toxic. If hazardous chemicals leak, they can cause long-term damage to people and the environment. However, being human, tank truck drivers and storage tank operators inevitably make mistakes or become distracted during unloading. An analysis of over 1,600 hazardous chemical incidents revealed that 65% of these accidents were due to human error. With the maturation of deep learning technology, AI-enabled machine vision solutions such as IP surveillance cameras and industrial smart cameras have become capable of monitoring the entire chemical unloading process and detecting anomalies before human accidents occur. Combining IP surveillance cameras with AI network video recorders (NVRs) provides installation flexibility, but transmission delays remain an unresolved issue. Industrial smart cameras integrated with machine learning algorithms have become feasible and have been introduced in manufacturing plants to prevent the occurrence of human errors.
2 million pixel compact AI smart camera
A compact AI smart camera that integrates a high-quality image sensor and image processing. At the core of the system is the NXP Semiconductors AI processor "i.MX 8M Plus," which features up to four 1.8GHz Arm(R) Cortex(R) A53 cores, a 2.25TOPS AI accelerator for edge AI, and an embedded ISP capable of image processing with a resolution of up to 13M (including AWB, AE, etc.). These specifications and compact size make it suitable for various applications such as drone payloads, robot integration, logistics, hand gesture recognition, and security. *i.MX 8M Plus is a registered trademark of NXP Semiconductors N.V.
Achieve 'camera', 'image processing', 'judgment', and 'motion control' all with this one device!
The "Smart Camera" is a product that realizes an external inspection system. It supports high-speed inspection environments and enables the construction of a compact system. It can perform parallel processing in real-time, with processing speeds more than ten times that of typical systems. Additionally, various customizations are possible, achieving "camera," "image processing," "judgment," and "motion control" all in one unit. 【Features】 ■ Supports high-speed inspection environments ■ Realizes a compact inspection environment ■ Various customizations are possible ■ Processing speed is more than ten times that of typical systems ■ Capable of real-time parallel processing *For more details, please refer to the PDF materials or feel free to contact us.
Real-time image processing inside the camera!
Integration of the camera module and CPU board. Data recognition and authentication are performed in real-time within the camera. Compared to the July method, significant cost reductions can be achieved, making it suitable for use in devices with limited space and on production lines.
It can be applied to inspections of substrates and products, as well as face recognition and drowsy driving prevention!
Our company offers machine learning smart cameras equipped with features such as image recognition, artificial intelligence, and deep learning. They can be utilized for inspections of circuit boards and products, as well as for preventing drowsy driving. Please feel free to contact us if you have any inquiries. 【Features】 ■ Image recognition ■ Machine learning ■ Artificial intelligence ■ Deep learning *For more details, please download the PDF or contact us.
Smart camera image recognition transforms the workplace! It automatically checks assembly conditions and realizes poka-yoke during the work process.
The camera system "RICOH SC-10A" is an all-in-one smart camera that is easy to operate and prevents work errors through image recognition. The image recognition camera automatically checks the assembly status, such as similar parts, missing items, and work order, during the work process. It can record actual results such as the serial numbers of parts and work time, making it useful for work analysis and traceability. [Features] ■ Prevents work errors with a smart camera ■ Easy operation with an all-in-one design ■ Supports IT modernization on-site ■ Can be utilized for work analysis and traceability *For more details, please refer to the related links or feel free to contact us.
It is possible to easily build an advanced AI image processing system with just one camera.
Equipped with a high-quality CMOS sensor and an AI chip that exceeds 10 TOPS, surpassing GPUs! It supports mainstream deep learning networks created with machine learning frameworks such as TensorFlow and Caffe, including MobileNET, YOLO, ResNET, and VGG, making it suitable for machine vision systems across various industries, fields, and domains. It is ideal for appearance defects, flaw detection, and quality inspection.
The AX series is an AI smart camera that maintains the versatility of NVIDIA Jetson while solving issues related to camera speed and system stability.
The AX series is an image processing platform ideal for solutions that enable edge processing with a single device and operate AI. By combining the market-leading NVIDIA Jetson with Sony's global shutter CMOS sensor, it has become a rugged camera capable of industrial use, thanks to Baumer's engineering. The NVIDIA Jetson Xavier NX and NVIDIA Jetson Nano are equipped with AI cores and graphics processors that allow for flexible AI-based system implementations. Additionally, the Sony global shutter CMOS sensor is optimal for reliable and stable image processing. The AX series eliminates data bottlenecks between the CMOS sensor and Jetson, speeding up processing while efficiently dissipating generated heat, all integrated into a single unit, demonstrating high stability and cost performance.
It covers everything from image acquisition and analysis to positioning, as well as reading text and codes.
The Zebra Iris GTX is equipped with a maximum 16M pixel CMOS sensor and a 10th generation Intel Atom processor, providing high-speed, high-resolution imaging and significantly enhanced processing capabilities. In addition to conventional image processing, it is also capable of executing Deep Learning. By combining it with the flowchart-based Aurora Design Assistant X software, you can quickly build machine vision applications. All aspects such as image acquisition, analysis, classification, positioning, measurement, reading and verification of characters and codes, communication, I/O operations, and web-based operator screens can be constructed using this Aurora Design Assistant X. **Features** - Equipped with the 10th generation Intel Atom processor X series Embedded - Supports autofocus with liquid lenses - Compatible with rotary encoders - Real-time digital I/O included - Compact size of 75 x 57 x 75 mm - Protection rating IP67 *For more details, please refer to the PDF document or feel free to contact us.*
AI platform "LaiGHT" × Industrial AI smart camera "Baumer AX Series"
This is a solution that combines "LaiGHT," a platform developed by Canon IT Solutions' R&D team that efficiently supports AI development and operations (MLOps), with industrial cameras. It can recognize 17 points, such as joints of a person, and estimate their posture. It is expected to be utilized for monitoring dangerous or suspicious behavior and promoting the efficiency of workers' movements.
