The Mechanical Whisker Stimulator by Labeo Technologies is a high-precision device designed to facilitate controlled whisker stimulation in neuroscience and behavioral research. It enables researchers to perform experiments with reproducible parameters, ensuring accurate and reliable data collection.
Precision Control & Configurability
This stimulator features two BNC input/output connectors, for an easy integration with other laboratory equipment. It can be triggered externally through a 5V TTL signal, ensuring precise synchronization with additional research instruments. The system is USB-C powered and configured, providing a streamlined setup with minimal wiring and no need for external power supplies.
Researchers can customize stimulation parameters through our intuitive software, adjusting frequency, amplitude, and the number of repetitions to meet specific experimental needs. This flexibility allows for a wide range of applications, from sensory response studies to neurophysiological research.
Adjustable Design for Optimal Positioning
A key feature of the Mechanical Whisker Stimulator is its adjustable hollow tube, which securely holds the whisker while offering modifications in length. Moreover, this adaptability ensures precise positioning, accommodating different experimental setups and whisker sizes.
Mechanical Whisker Stimulator Integration with Calcium Imaging
The Mechanical Whisker Stimulator can be used alongside our OiS200 Calcium Imaging System to measure brain activity following whisker stimulation. This combination allows researchers to correlate sensory input with neural responses, providing deeper insights into brain function. For more details on experimental setups and results, see our white paper here. The device also integrates with a PsychoPy plugin and can be controlled with serial commands.
Why Choose the Mechanical Whisker Stimulator?
The intuitive software interface simplifies configuration, making it easy to control and modify stimulation settings. This ensures that users can quickly adapt the device for different studies without extensive training. The device’s compact and robust design makes it ideal for laboratory environments, offering both durability and ease of use.
Furthermore, the device ensures consistent and reproducible results in sensory processing, behavioral, and neurophysiological research. Its precision and flexibility make it indispensable. Researchers benefit from its seamless integration and reliable whisker stimulation control.
