We’re heading to the Society for Neuroscience annual meeting to show how ultrasonic insertion assist can make multi-probe electrophysiology gentler on the brain.
At Booth #507, Nov 14-18, we’ll be showcasing TAPPER™, our insertion assist system. TAPPER generates controlled ultrasonic axial vibrations that lower the force needed to penetrate the dura, with less dimpling and less tissue deformation. It creates no electrical artifacts that interfere with recording, and it is not operated inside the brain, so there is no tissue damage from its use.
What to expect from TAPPER:
- Lower insertion force: Controlled vibration helps probes penetrate the dura with less force and less dimpling.
- Tunable for your experiment: Operating voltage, duty cycle, and duration are adjustable in Pathfinder Software, so you can tune settings for different insertion conditions.
- Drop-in upgrade: Compatible with NeuroPixels probes and New Scale’s 2.5 mm probe mounting hardware, and designed for MPM and MIS configurations.
TAPPER is in development, so stop by the booth for a first look or apply for early access.
You’ll also find TAPPER alongside the Modular Insertion System (MIS), developed with the Allen Institute for Neural Dynamics. The MIS combines probe, laser, and microscope modules in one automated setup that supports up to 25 Neuropixels probes, optogenetic stimulation, and visually guided insertions.
Stop by the booth to see TAPPER in person, or schedule time with our team during the show to dive deeper.
