Basler Unveils New CXP-12 Line Scan Cameras with Gpixel Sensors for High-End Vision Applications in Battery Production
Basler has introduced a new series of line scan cameras with resolutions of 8k and 16k, starting with the racer 2 L models. These cameras feature advanced Gpixel sensors and a CXP-12 interface. Basler also offers essential components for a complete line scan vision system, including lighting and lenses, enabling the implementation of top-tier applications like quality control in battery manufacturing.
Basler AG has added a new monochrome version of its line scan camera, the Basler racer 2 L, to its product line. This camera comes with a CXP-12 interface and offers high performance at an affordable price. Equipped with advanced Gpixel sensors, the camera can achieve resolutions of 8k or 16k and line rates of up to 200 kHz. By using Basler frame grabbers and VisualApplets software for FPGA programming, users can benefit from a pre-processing solution that reduces the CPU workload in their applications. Basler also offers all the necessary components for a CXP-12 line scan image processing system, such as lighting, lenses, cables, and cooling solutions, making integration easy and cost-effective. This comprehensive range of products has been extensively tested to ensure maximum compatibility, making it a preferred choice for high-performance image processing applications.
Designated use: line scan cameras specifically for examining batteries.
The battery production industry is expanding quickly. It is crucial to maintain high quality in the layer that covers the surface of battery electrodes to ensure the battery functions optimally. To detect even the smallest defects on the electrodes during production, a powerful machine vision system with a high-performance camera is necessary. In addition to accuracy, a high line frequency is also essential to keep pace with production system speeds. Basler's racer 2 L line scan cameras meet these key requirements, allowing for efficient and swift detection of faults.
These cameras are commonly used in various industries such as electronics (for inspecting wafers and PCBs), logistics (for capturing barcodes), web inspection (such as print quality assessment), and rail inspection.
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