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502353

502353

Digital Dual Rat Stereotaxic U-Frame with 45° Ear Bars, includes:

  • U-Frame
  • 10 micron 3-axes, left- and right-hand manipulator arms with digital controllers and displays
  • Rat adaptor; non-rupture 45° ear bars, corner clamp probe holder


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Overview

502350

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  • Dual Manipulator Digital Stereotaxic Frame with 45° Ear Bars
  • Large LCD display from sealed sensors on each axis
  • Quiet, battery-powered operation

This new Digital Stereotaxic Frame features sealed electronic sensors and an easy-to-read LCD display with 10-micron resolution in all three axes. A zeroing function aids in targeting specific coordinates. The battery-powered display is electronically quiet, making it useful in electrophysiology experiments as well as keeping the workbench tidy.

Features

  • Adaptors available for use with rats, mice, birds, cats, geckos, guinea pigs and other species
  • 80 mm of vertical, lateral and anterior-posterior travel
  • 180° rotation and lock at any vertical angle
  • 360° rotation and lock at any level angle
  • Syringe pump, microcamera and drill can be attached directly
  • Dual-lead screws provide stable and accurate movement
  • Maintains accuracy and flexibility under different temperatures
  • Zeroing function for targeting specific coordinates
  • 10µm precision of manipulator in all directions
  • Desktop display is separate from sensors, making it easy to read
  • Battery-powered sensors, without electronic noise, are suitable for electrophysiology experiment
  • Extended base plate 400mm x 255mm suitable for various animals
  • Vertical lock and fixing knob are separated to ensure accurate position at any angle
  • The precisely-designed rotary knob and U frame allow sufficient space for the anterior-posterior operation
  • Laser engraved scales and darkened rod make numerals easy to read
  • Curved design of nose clamp fixes the head of the animals more securely

 

Specifications

Accessories

Citations

Bull, N., Guidi, A., Goedert, M., Martin, K., & Spillantini, M. (2012). Reduced axonal transport and increased excitotoxic retinal ganglion cell degeneration in mice transgenic for human mutant P301S tau. PloS one. Retrieved from https://dx.plos.org/10.1371/journal.pone.0034724

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