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The M5160 Mouse Ocular Imaging Operating System is a high-performance experimental animal fixation device specifically designed for mouse fundus imaging experiments. Its core advantages lie in high stability, flexible multi-angle adjustment capability, and simplified mechanical structure. The structural design is fully adapted to the needs of experimental operations, enabling convenient installation of common short-focus optical ophthalmic examination components such as Volk lenses and achromatic lenses, thus providing reliable support for optical components in ophthalmic detection experiments.
In terms of animal fixation and operational flexibility, the system exhibits significant advantages: after the mouse is fixed, the device can achieve 360° arbitrary angle rotation, meeting the requirements of multi-directional fundus imaging observation. Meanwhile, its integrated incisor and nasal clip fixation structure supports front-back adjustment within the range of 0-35mm, which can adapt to the fixation needs of mice with different body types. This further enhances the adaptability and stability of experimental operations, providing strong guarantee for the accurate implementation of mouse ophthalmic imaging experiments.
