MaVis Imaging GmbH

Many printed products (currency, tickets, commercial publications, newspapers, pharmaceutical and food packaging, and more) require 100% print inspection (often in color) as part of their quality control process; many require this inspection multiple times during production. From paper to cardboard, plastic, or metal, in continuous webs or sheets, print inspection applications are well suited to line scan systems. Line scanning offers unlimited pixels in the direction of a web's motion with zero smears even at high speeds, higher dynamic range, greater processing efficiency, and much lower price/pixel. Line scan systems provide higher resolution with fewer cameras and inspect 100% of a moving surface without smear or the need to process frame overlaps. Explore more here or contact our experts 🔗 https://lnkd.in/dFf33X3W #MaVis #machinevision #linescan

From improving player performance to enhancing spectator experiences, the IMX900 is set to transform sports technology.⚽➡️ https://bit.ly/4c4i18T Explore IMX900's compact design, fast imaging capabilities, and enhanced light sensitivity paired with FRAMOS unique strengths as a value-added vision-centric Sony distributor. ➡ https://bit.ly/4c4i18T #MaVis #FRAMOS #Sony #IMX900 #Imaging #Technology #Sensor

Line Scan Cameras and Lightning. Line scan cameras typically use a “line light”, focused light from a line of LEDs, to illuminate the object along the line of object pixels being viewed. These line lights give high-intensity illumination needed for short exposure times and are usually positioned behind the object being. Backlighting is used, for example, to detect pinhole defects in opaque materials or particle defects in transparent material. High-angle illumination is used, for example, to get object colors or outlines or to detect surface defects. Explore more here or contact our experts 🔗 https://lnkd.in/dFf33X3W #MaVis #machinevision #linescan

Looking to speed up your factory automation applications? 🚀 https://bit.ly/4c4i18T A great solution that was recently introduced by Sony Semicon (EU) I Sony Semicon (IL) is the new IMX900 global shutter sensor which is based on its Pregius S™ technology. This imager features a new pixel architecture providing superior imaging performance for high-speed, high-precision applications. Explore IMX900's compact design, fast imaging capabilities, and enhanced light sensitivity paired with FRAMOS unique strengths as a value-added vision-centric distributor. ➡ https://bit.ly/4c4i18T #MaVis #FRAMOS #Sony #IMX900 #Imaging #Technology #Sensor #HighSpeed #FactoryAutomation

👋 We are at The Battery Show Europe! The Europe’s premier exhibition and conference for advanced battery manufacturing and technology. If you would like to explore solutions that can improve your machine vision applications don’t miss the opportunity to connect with our expert Ruben Oliveira. #MaVis #machinevision #TheBatteryShow #AutoVisionInsight #MachineVision #OpticalInspection #QualityCheck

How are Line Scan Images Formed? A line scan sensor has one or more lines of pixel sensors. During the camera’s exposure time, each pixel accumulates photoelectric charges proportional to the light from the object imaged onto that pixel. At the end of the exposure time, the charges in an entire row of pixels are transferred into a readout register. The readout register shifts out the pixel charges and they are amplified, corrected, and digitized to produce the camera output. The readout register shifting is done while the next row of pixels is being exposed. The maximum rate at which exposure and readout can occur is called the “line rate” and is specified in kilohertz (kHz). To “freeze” the motion of fast-moving objects, high line rates are needed. Explore more here or contact our experts 🔗 https://lnkd.in/dFf33X3W #MaVis #machinevision #linescan

📢 Our expert Ruben Oliveira was part of Compind - 1st Conference on Industrial Automation and Robotics organized by COMPIND - Componentes Industriais on 24 May. In his session, he covered the topic of strobe controllers and the impact of AI in the machine vision industry. 💡 “I was pleased to feel that participants of the conference were interested in learning more about the strobe controllers and their benefits for high-speed, and high-precision measurement applications. AI is a popular keyword nowadays, and it was especially helpful for participants to learn from our real experiences where IA is super-powerful (classification by demonstration, classification of organic materials, OCR), and which kind of applications it is better to keep using deterministic methods. It was nice to expand our network and to discuss how the robot market is developing.” - Rúben Oliveira We congratulate Ruben Oliveira on a great contribution! 👏 #MaVis #machinevision #experts #automation #robotics#strobecontrollers

When to Use Line Scan Technology? Line scan technology is ideal for applications in which large, high-resolution, or high-speed image capture is needed, such as in a continuous web application—paper, textiles, metal, or glass tape, flat panel displays, solar cells, printed circuit boards, medical diagnostics, and other tasks that require large, defect-free images. When the product speed is high line scan cameras are a great choice because you can compensate for short exposure times by using concentrated illumination and Time Delay and Integration (TDI) to increase the photons. Explore more here or contact our experts 🔗 https://lnkd.in/dFf33X3W #MaVis #machinevision #linescan

Learn more about strobe controllers. 💡 🗣️If you are visiting the Automation and Robotics Conference organized by COMPIND - Componentes Industriais tomorrow don't miss the expert talk by Ruben Oliveira. In his session, you will learn more about strobe controllers and the impact of AI in the machine vision industry. 💡 🖇️ If you would like to attend the conference, visit the link: https://lnkd.in/dXFeEw44 #MaVis #machinevision #experts #automation #robotics #strobecontrollers

Discover the benefits of line scan cameras! 💡 Line scan cameras offer perfect, high-resolution images, and the ability to image large objects. They have a single line of pixels that image across an object. To build up a two-dimensional image of the object, either the camera or object is moved continuously to the line of pixels. When the object is large, continuously moving, or the task needs perfect or high-resolution imaging, a line scan camera is often a much better choice than an area scan camera. Some of the typical applications for line scan cameras are sporting goods like food, minerals, or trash. On the other hand, they can be useful when producing continuous products like print, paper, foils, or even woven textiles. Explore more here or contact our experts 🔗 https://lnkd.in/di8Wz7g6 #MaVis #machinevision #linescan