In brain science research, the brain area is required to locate accurately. However, the heads of commonly used animals, such as mice and rats, are small and the operation space is limited. Therefore, the cooperation of microscope and light source is strongly needed.
However, there are several main problems in the current commonly used microscope and light source configuration:
1. the big size and heavy weight restrict its flexibility of operation, and the microscope and light source are independent devices, which occupy too much area of the operating table and affect manual operation;
2. There are many operations of rotation, lifting and fixing, and they need to be matched with the position of positioning, injection and drilling devices, so it takes a lot of time to adjust the appropriate position.
3. Observe the visual field from the eyepiece with the naked eye. The magnification is limited and easy to fatigue; The efficiency is low and the effect is not ideal.
This above two types of video microscopes perfectly solve the above problems in terms of structural design, performance and use experience, and they have excellent features as follows:
1. When the working distance is approximately adjusted in place, the camera can focus automatically without manual operation, which simplifies the cumbersome adjustment of the microscope. The position, field of view and definition can be adjusted to the best position with a simple one or two steps, which is very efficient;
2. The configuration of digital microscope, with tens of millions of high-definition and real-time visual surgery, reduces eye use and physical fatigue, and has higher surgical accuracy;
3. Innovative and simple structural design, the integration of shooting CCD and dual LED cold light sources reduces the occupation of table top;
4. The use of integrated power supply box for monitor, cold light source and camera to eliminate the "messy" placement of multiple power lines on the table, and thus save much space and also show more normalization;
5. The monitor show the surgical field of vision real-time, and let the adjust of the spatial position higher efficiency.
Application example
