1. High-Speed Quality Control in Manufacturing
This camera can be integrated into automated production lines for rapid inspection of components or assembled products. The high frame rate (150 fps) allows for inspecting fast-moving objects, while the 2.3 MP resolution and global shutter ensure clear, distortion-free images of defects or misalignments. Its small size allows for integration into tight spaces on the line.
Problem SolvedEnsures rapid detection of manufacturing defects, improving product quality and reducing waste on high-speed assembly lines.
Machine VisionAutomated Optical Inspection (AOI)High-Speed ImagingQuality AssuranceGlobal Shutter
2. Robotics and Automation for Pick-and-Place
The compact size and low weight (80g) make it suitable for mounting on robotic arms for precise pick-and-place operations. The USB 3.0 interface provides high-speed data transfer to a controlling PC, enabling real-time object recognition and gripper positioning. The global shutter prevents motion blur, crucial for accurately locating objects in motion.
Problem SolvedProvides accurate and fast visual feedback for robotic manipulators, enhancing precision and speed in assembly or sorting tasks.
RoboticsVision-Guided RoboticsObject RecognitionPick-and-PlaceReal-time Processing
3. Medical Imaging and Laboratory Automation
In laboratory settings, this camera can be used for microscopy or analyzing biological samples. Its high resolution (1920 x 1200) captures fine details, and the high frame rate (150 fps) can be beneficial for observing dynamic processes or quickly scanning multiple samples. The precise exposure control (hardware trigger) ensures consistent image acquisition for quantitative analysis within a typical operating temperature range of 0 to +50 °C.
Problem SolvedEnables detailed and rapid acquisition of images for scientific research, diagnostic imaging, or automated sample analysis in controlled laboratory environments.
MicroscopyBio-imagingLab AutomationImage AnalysisDigital Pathology