Product Recommendation | 8K+200kHz Line-Scan PCIe Industrial Camera, Empowering Production Line Upgrades!

Facing faster production speeds, wider formats, and micron-level defect tolerance, the MV-PEL83DM PCle interface line scan camera, independently developed by MindVision, adds another efficient and reliable imaging solution for high-speed, high-precision inspection scenarios.

With a high resolution of 8192×4 and large 7.0μm×7.0μm pixels, it precisely captures minute defects. A maximum line scan rate of 200KHz ensures clear, blur-free images in dynamic scenes, making it ideal for high-speed production line inspection with demanding cycle times.

Global shutter technology eliminates the “jelly effect” when capturing fast-moving subjects. With a wide exposure range from 0.003ms to 50ms, it flexibly adapts to both high-speed capture and low-light compensation, ensuring high-quality image acquisition.

Supports multiple exposure modes and 4-line TDI with diverse trigger options. The 4-line TDI mode significantly enhances image brightness and signal-to-noise ratio through signal accumulation. Combined with multiple trigger modes, it flexibly accommodates various detection workflows.

The aluminum alloy body design features robust aluminum alloy material that is not only wear-resistant and impact-resistant, but also boasts excellent thermal conductivity for efficient natural heat dissipation. This ensures the camera's stability and longevity during prolonged high-load operation, making it suitable for demanding industrial environments.

Featuring a PCIe Gen3.0 x4 interface, it eliminates the need for additional capture cards and delivers a transmission bandwidth of up to 25Gbps. This overcomes the bottleneck of “fast imaging but slow transmission,” ensuring massive image data can be transferred to the processing end in real time and without blocking.

Supports mainstream operating systems such as Windows and Linux, eliminating the need to develop proprietary drivers for specific systems. This reduces secondary development workload and enhances project integration efficiency.