The Vieworks TDI Line Scan VT Series CXP-6 cameras utilize advanced Time Delayed Integration (TDI) technology, combining the benefits of CCD-based light sensitivity with high-speed CMOS readout electronics. With up to 256 TDI stages, these cameras offer exceptional sensitivity, accumulating signals across multiple lines for superior performance in low-light environments. This technology enables high dynamic range imaging and faster line rates, with maximum speeds of up to 300 kHz, ensuring reliable capture of fast-moving objects. The cameras are available in various resolutions ranging from 3K to 23K, delivering high-quality, detailed images suitable for complex industrial applications such as flat panel display, semiconductor, and web inspection.
These cameras support multiple lens mounts (M42, M72, M95) for enhanced flexibility and allow users to choose the most suitable optics for their application needs. The cameras also feature a variety of trigger options, including external, frame start, and software triggers, providing precise synchronization for high-speed scanning operations. With versatile image processing capabilities such as DSNU and PRNU correction, and support for CoaXPress, Camera Link, and Gigabit Ethernet interfaces, the VT Series ensures optimal integration with existing machine vision systems, making it an ideal solution for demanding inspection tasks requiring high-speed, high-resolution imaging.
These cameras support multiple lens mounts (M42, M72, M95) for enhanced flexibility and allow users to choose the most suitable optics for their application needs. The cameras also feature a variety of trigger options, including external, frame start, and software triggers, providing precise synchronization for high-speed scanning operations. With versatile image processing capabilities such as DSNU and PRNU correction, and support for CoaXPress, Camera Link, and Gigabit Ethernet interfaces, the VT Series ensures optimal integration with existing machine vision systems, making it an ideal solution for demanding inspection tasks requiring high-speed, high-resolution imaging.






