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The NeuralGlider Inserter

For use in preclinical animal studies; mounts to a standard stereotaxic apparatus

Key Advantages:
  • Reduces insertion force and tissue dimpling yielding less insertion damage and neuron loss
  • Integrated software for control of insertion velocity and depth
  • Improved penetration and insertion of variety of neural implants styles
How It Works:
  • Applies micron-scale, ultrasonic vibration to microelectrode arrays/probes during insertion
  • Vibration reduces the force required to penetrate the brain surface
  • Reduced insertion force minimizes displacement, or dimpling, of the brain tissue layers
  • Reduction of dimpling facilitates slow (0.1-1 mm/s) insertions with less tissue damage and more accuracy
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Reduction in Initial Puncture Force when used with V-Probe

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Reduction in Force when used with U-Probe

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Reduction in Force when using S-Probe in ex vivo porcine brain

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See the Difference: V-Probe Insertion and Retraction

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