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In the life sciences industry, the demand for automation and precision in biological sample imaging is transforming how research laboratories capture, analyze, and classify data. A U.S.-based research automation company sought to advance its imaging systems using AI to detect sample conditions directly at the edge. To achieve this, the company turned to Premio’s BCO-6000-RPL Series High-Performance Industrial Computer, combining Intel’s latest Core i9 performance with GPU acceleration for high-speed, reliable AI inference and model training at the edge.
By PremioIn the life sciences industry, the demand for automation and precision in biological sample imaging is transforming how research laboratories capture, analyze, and classify data. A U.S.-based research automation company sought to advance its imaging systems using AI to detect sample conditions directly at the edge. To achieve this, the company turned to Premio’s BCO-6000-RPL Series High-Performance Industrial Computer, combining Intel’s latest Core i9 performance with GPU acceleration for high-speed, reliable AI inference and model training at the edge.