In this configuration, a ruggedized micro-camera is physically mounted directly onto the rotor or arm of the centrifuge.
Unlike a standard lab camera that sits stationary on a bench, a centrifuge camera must endure: centrifuge camera
Rapid rotational speeds cause extreme motion blur in standard frames. The primary, and most significant, challenge it overcomes
At its core, a centrifuge camera is exactly what it sounds like: a camera system designed to capture images or video of a sample while it is being spun at high speeds inside a centrifuge. The primary, and most significant, challenge it overcomes is the extreme gravitational force (or g-force). These forces can be thousands of times stronger than Earth's gravity, easily crushing, bending, or tearing apart standard electronic equipment. A successful centrifuge camera must be robust enough to survive these punishing forces while providing clear, high-resolution imagery of the dynamic separation processes at work. and most significant