• New
71000-S Motorized stereotaxic frame

Automatic Motorized Frame

This fully automated stereotaxic instrument combines high precision (1 μm) with intelligent software to simplify and improve stereotaxic procedures.

The software includes built-in rat and mouse brain atlases, allowing the user to easily visualize and monitor the probe position in relation to specific brain regions. Automated functions for tissue removal and injection procedures help improve consistency while reducing the risk of errors and tissue damage associated with manual operation.

For added safety, the system also features an anti-collision function designed to prevent unintended movements that could harm the animal or interfere with the procedure.

The result is a precise, efficient, and user-friendly system for automated stereotaxic procedures.



Art. no Description Price
71000-S Automatic Stereotaxic Instrument 1 µm resolution Sign in
 

The Automated Stereotaxic Instrument combines motorized stereotaxic positioning with integrated software to provide a precise and efficient platform for advanced neuroscience research. With a positioning accuracy of 1 μm and real-time visualization of the probe position in the built-in rat and mouse brain atlases, the system simplifies targeting and helps improve experimental consistency.

The software supports a wide range of automated procedures, including single- and multi-point injections, tilted trajectories and more. Automated coordinate calculations and one-click movement to defined target positions reduce the need for manual calculations and repetitive adjustments during stereotaxic procedures.

The system is suitable for applications such as small nuclei injections, viral vector delivery, implant positioning and calcium imaging. Optional dual manipulators also enable bilateral procedures within the same setup.

1 μm Precision

High-precision motorized positioning for demanding stereotaxic applications, including injections into small brain nuclei.

Built-in Brain Atlas

Integrated rat and mouse brain atlases display the probe trajectory and position in real time. Full software control.

No Leveling Required

Software-based atlas calibration compensates for skull tilt, reducing the need for manual leveling before positioning.

Automated Injection

Automated single-point, multi-point and tilted injections with control of injection volume, rate, retention time and needle withdrawal.

Tilted Trajectory

Automatically calculates the required displacement when the manipulator is tilted, eliminating manual three-axis calculations.

Needle Withdrawal Speed

The needle withdrawal speed can reach as low as 1 μm/sec

Product added to compare.