Using the Robot Stereotaxic, you can focus on the experiment without having to manipulate the stereotaxic manually. It allows motorized, computer-controlled positioning of the probe. Atlas integration and intuitive movement control enable high accuracy, high-throughput electrophysiology, and stereotaxic injections.
Ensures precise placement of electrodes and injection sites with motorized, computer-controlled movements.
Eliminates manual conversion errors by integrating a rat brain atlas for direct, intuitive positioning.
Automatically adjusts for skull irregularities, maintaining precise stereotaxic alignment.
Prevents hand-transmitted vibrations and miscalculations, allowing for high-throughput and reproducible experiments.
Enables researchers to predefine brain targets and save coordinates for multiple experiments.
Facilitates complex probe trajectories with intuitive angle calibration and bregma landmark adjustments.
Adaptable for diverse neuroscience studies, allowing precise angle adjustments, head tilt correction, and trajectory planning for various experimental needs.
Increase throughput and efficiency by storing target coordinates, automating probe movements, and eliminating hand-transmitted vibrations for ultra-precise execution.
Displays real-time instrument displacement with an accuracy of 10āÆĪ¼m.
Easily set an arbitrary origin and return to preset coordinates with a single key press, eliminating secondary calculations.
Controls instrument movement across X, Y, and Z axes with a working range of up to 80āÆmm per axis.
Utilizes dual-lead screws and precision sensors to maintain accurate positioning throughout the procedure.
Horizontal calibrator reading resolution of 0.01āÆmm ensures sub-millimeter adjustments.
Built-in safeguards prevent accidental tissue damage by halting movement if predefined thresholds are exceeded.
A clear digital display and intuitive control panel reduce the learning curve and facilitate smooth operation during high-stress procedures.
Temperature & Environmental Stability: ā Designed to maintain accuracy and flexibility even under variable temperature conditions.
Captures detailed data on instrument trajectories, calibration events, emergency stops, and manual overrides.
Enables generation of customizable reports (exportable as PDF or CSV) for performance review, compliance, and research optimization.
Motorized movements for ultra-accurate probe placement.
Direct mapping to brain structures, eliminating manual conversions.
Customizable for various research needs.
Smooth, precise control for probe adjustments.
Real-time tracking and behavioral visualization support.
High-quality materials for stability and longevity.
The APA system automates data collection and analysis, providing detailed reports with behavioral metrics, graphical visualizations, and statistical insights. This streamlines research workflows and enhances result interpretation.
