ZS-HLDS150 0.5M

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Machine Vision is the biggest advancement in technology of the past 30 years. It has revolutionized the way we engage with technology in countless industries, with cameras and sensors at the core. The ZS-HLDS1500.5M from Sunex Corporation has become one of the foremost examples of cutting-edge Machine Vision technology.

The ZS-HLDS150 0.5M offers state-of-the-art resolution for Machine Vision applications thanks to its 1/3" CCD sensor and 0.5 megapixels of resolution. Its digital signal processor allows for improved image quality over standard CCD sensors, while the compact size of the camera makes it easy to install in a wide variety of applications. The ZS-HLDS150 0.5M can also operate in either color or monochrome. Its ability to capture images in lower light intensities makes it well-suited for low-light applications such as security cameras.

The ZS-HLDS150 0.5M features built-in support for multiple camera interface standards such as Sony, Canon, and Leica. This adds to the versatility of the camera, allowing it to be integrated into existing systems in a wide range of applications. Additionally, the camera supports a wide range of operating systems, so it can be used with existing software without any need for additional programming.

The core application of the ZS-HLDS150 0.5M is image capture for Machine Vision. It is well-suited for use in a wide range of industries, including industrial, automotive, robotics, and medical. Its light weight, compact size, and flexible features make it ideal for a wide range of applications. Industrial applications include machine automation, inspection, and guidance, while medical applications include clinical and patient imaging. Automotive applications include autonomous vehicle guidance and car stereo display monitoring. Robotics applications include robot vision, navigation, and identifying objects.

The ZS-HLDS150 0.5M utilizes a variety of hardware and software tools to capture high-definition images. Its CCD sensor is capable of capturing images and videos in 12-bit resolution with a maximum frame rate of 30 frames per second. It also utilizes proprietary algorithms to remove noise and improve the overall image quality. Additionally, the camera features software tools such as a histogram for processing images. These features and tools are designed to simplify the process of capturing and analyzing images.

The ZS-HLDS150 0.5M also offers a number of different options for image capture and analysis. It supports a variety of image compression formats, including JPEG, H.264, and Motion JPEG, as well as RAW. This makes it easy to use the camera with existing software without any additional programming. Additionally, the camera includes a variety of triggering options and exposure control settings, allowing it to be used in a wide range of applications.

The ZS-HLDS150 0.5M utilizes advanced optics to ensure maximum image quality. Its wide angle lens is ideal for applications requiring a larger field of view, while its high-precision mechanics allow for precise image capture and tracking. Additionally, the camera’s automatic exposure and gain control ensure optimal image quality in any lighting situation. These features ensure a consistent level of image quality for a variety of applications.

The ZS-HLDS150 0.5M is one of the most advanced cameras available for Machine Vision applications. It offers a wide range of features and tools to make image capture and analysis a simple and efficient process. Its ability to capture images in lower light intensities makes it an ideal choice for low-light applications such as security cameras, while its wide range of options and exposure control settings make it well-suited for a variety of applications. With its combination of advanced optics, high-precision mechanics, and powerful software tools, the ZS-HLDS150 0.5M is an excellent choice for any high-resolution Machine Vision applications.

The specific data is subject to PDF, and the above content is for reference