Imaging and advanced computer vision solutions have been enabling key innovations in a variety of use cases. Starting from factory automation (FA), the field is expanding to security surveillance, automotive, medical diagnostics, agriculture automation, and more.
Imaging and advanced computer vision solutions have been enabling key innovations in a variety of use cases. Starting from factory automation (FA), the field is expanding to security surveillance, automotive, medical diagnostics, agriculture automation, and more.
High-speed cameras are used to sort defects and abnormalities in manufacturing lines in a very high-speed moving environment. Typically global shutter image sensors with high frame rate is required to accurately capture the images of products without distortion.
Robots are taking over more complex manufacturing processes with the help of advanced vision solutions. Multi-axis robots can move their arms and hands like humans and see the subject using cameras and analytics & control software to guide the movement necessary to accomplish the tasks in the manufacturing process more efficiently and accurately.
For scanning complex products over wide areas, such as inspecting solder joints on printed circuit boards, high-resolution advanced imaging solutions are the ideal technology. These systems leverage high-resolution image sensors to capture precise, detailed scans in a single shot, enabling efficient detection of defects or abnormalities in the manufacturing process.
Security teams face thousands of cameras and millions of video frames each day, making it easy to miss real threats. icetana transforms existing CCTV systems into proactive security tools by analyzing unusual activity and threats in real time and learning what is normal for each scene within days. Without complex setup, it detects loitering, sudden gatherings, or erratic movement, helping teams focus on credible risks. By filtering routine footage and elevating genuine threats, icetana reduces false alerts, speeds response, and protects people, property, and reputation.
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Security cameras operating outdoor often need to tolerate both extremely bright light that can cause the image to blowout in the daytime and extremely low light situations in the night time that require high sensitivity of the sensors. To cope with the very wide dynamic range of lighting, camera's image processing component needs to be equipped with mechanisms called high dynamic range (HDR).
Dashcams need to record scenes of driving in various conditions in light dynamics to capture necessary information to prove causes of accidents and license plate numbers. Image sensors need to be highly sensitive while providing high dynamic range capabilities for the camera processing engine.
Typically, broadcast camera's product life cycle is longer than consumer products and anyone designing for it need to consider longer product life of its components too. Macnica offers various components with industrial product life.
Digital pathology platforms leverage advanced imaging, AI, and cloud-based technologies to digitize and analyze pathology slides. These advanced computer vision solutions convert glass slides into high-resolution digital images using specialized scanners, enabling pathologists to view, annotate, and share slides remotely.
Robotic surgery systems are advanced platforms that enhance surgical precision, flexibility, and control through robotic arms, cameras, and specialized tools. They are often controlled by surgeons via a console that translates hand movements into micro-precise actions. Imaging and vision technologies are indispensable in robotic surgery, providing the surgeon with augmented capabilities to perform complex procedures with unprecedented accuracy.
Unmanned aerial vehicles (UAV) are used in agriculture in various ways; to assess the growth and health of crops, to analyze soil moisture and topography, to manage irrigation, and so on. Imaging and vision systems play great roles in collecting visual and spectral data for accurate analysis.
Advanced computer vision solution technologies are used to automate sorting crops and grading fruits, vegetables and grains based on size, color, and quality. For speed and accuracy, image sensors need to high-speed, high-frame rate, and wide-spectral range. In the grading application, polarized sensors are useful in capturing dents and scars more effectively.
Advanced imaging and vision solutions must connect to other components using one of several competing interface standards. Macnica makes connection simple by providing the basic engineering required to evaluate, and then implement the best interface for a given need. We offer image sensors, image processing components, intellectual property packages for interface, control and analytics software, and a hardware development kit perfect for imaging and vision product development, in addition to the design services to bring your ideas to production.
Macnica supplies leading image sensors from Sony, Canon, and Toppan as an official distributor for the Americas with technical support and design services capabilities.
Sony’s CMOS image sensors define performance in industrial and embedded vision with high sensitivity, low noise, and advanced pixel architectures. Our Sony portfolio includes global shutter and rolling shutter CMOS devices, high dynamic range sensors, event-based vision sensors, SWIR imaging, and depth sensing variants - delivering unmatched clarity, speed, and robustness for demanding vision systems.
Canon’s CMOS image sensors bring exceptional imaging performance to industrial and scientific vision applications. From ultra-high-resolution and high-pixel-count sensors to large-pixel, high-sensitivity designs and global shutter options, Canon sensors expand possibilities in high-precision inspection, low-light imaging, and advanced machine vision system design.
Toppan’s 3D Time-of-Flight (ToF) sensing technology delivers precise depth and spatial perception across robotics, automation, AMRs, and advanced system safety applications. With high frame rates, strong ambient-light tolerance, and accurate 3D data capture, Toppan ToF modules complement 2D imaging to enable true hybrid vision solutions.
Macnica's featured suppliers support imaging and vision applications in a wide range of forms and performance.
Macnica's internal R&D team provides IP core packages for imaging and vision applications with deep knowledge of standards and targeted FPGAs.
Macnica's original evaluation kit enables customers to easily evaluate featured image sensors and sensor interface IP cores. Macnica also helps customers with implementing customers' imaging and vision requirements from concept, design, and to mass production with its experienced engineering services programs.
Macnica Americas' suppliers and partners tap into our highly skilled field team, proven logistics support, and deep technology expertise - all backed by a $5B global distribution network headquartered in Japan. Every day, we help customers solve complex engineering challenges and expand into new markets across Asia and beyond. We can do the same for you.