Animal experimental instrument - fully automatic brain stereotaxic device

Ruiwode animal experimental instrument fully automatic brain stereotaxic deviceIt is an automated and intelligent brain stereotaxic device applied to small rodents. It precisely controls the movement of the operating arm through computer software, and the software has a built-in mouse brain atlas for more convenient and intuitive brain stereotaxic positioning. The automated program can reduce errors caused by human operation and save manual operation time.

Animal experimental instrument - fully automatic brain stereotaxic deviceSuitable for rats and mice; Accuracy: 1 μ m; Built in brain atlas in software; Three major automated programs: automatic craniotomy, tissue removal, and multi-point injection range

Using high-precision stepper motor drive, displacement resolution of 1 μ m

The software integrates large and mouse brain maps, which can be displayed in three dimensions to assist in quickly and accurately locating target brain areas;

⑴ Automatic craniotomy program: Automatically perform craniotomy according to the preset running trajectory, saving manual operation time;

⑵ Multi site program: The coordinates and dwell time of 10 sites can be set, and the software automatically controls the electrode displacement to complete the injection of each site in sequence;

⑶ Organizational removal procedure: Ensure the smoothness of the wound surface and improve the survival rate of neurons;

This fully automatic brain stereotaxic device is designed specifically for small rodents and is driven by a high-precision stepper motor with a displacement resolution of 1 μ m. Built in rat brain atlas, supporting automated procedures such as craniotomy, tissue removal, and multi-point injection, significantly improving experimental accuracy and efficiency. Suitable for small nucleus research that requires high-precision brain area localization and injection, as well as applications such as calcium imaging. This device can effectively reduce human operation errors and save experimental time.

Traditional positioning devices require a lot of waiting time for multi-point injection, while fully automatic positioning devices are very intelligent and reduce many manual operations. While performing positioning injection, this time can also be used to balance other experiments

Product delivery time: 7 days Whole machine warranty period: 1 year Training service: free on-site training for installation and commissioning