Digital Stereotaxic Instrument
Digital Stereotaxic Instruments can help researchers to locate and operate rodents' brains accurately. It has displacement sensor and LCD digital display. The coordinate readings of X/Y/Z axes can be displayed on screen in real time and returned to zero.
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- Introduction
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Introduction
X/Y/Z axes of the digital stereotaxic instrument are equipped with displacement sensors, and the coordinate reading can be displayed in real time. The digital display supports users to zero the coordinate reading, and the reading accuracy is 0.01 mm. Compared with standard stereotaxic instruments, the digital stereotaxic instrument simplifies the experimental operation and improves the positioning accuracy.
Features
Large screen, which can be used by touch:
-It is equipped with a 4.3-inch digital screen, and the reading display is clearer.
-Researchers can control it by touch screen, which is more convenient to use. The equipment can be learned quickly without training users.
-The brightness of the screen can be adjusted, so the screen can be displayed well in light and dark environments.
With zero adjustment function, easy to operate:
-The readings of X/Y/Z axes are displayed on the screen in real time, and the reading accuracy is 10μm.
-The readings of the X/Y/Z axes can be zeroed, and users can locate according to the coordinates on the brain atlas, thus omitting the calculation process.
Three axes can move freely and rotate:
-The moving range of three axes is 0-80mm, with vernier caliper reading scale, and the mechanical reading accuracy is 0.1mm.
-The cross manipulator can rotate 360 horizontally and 180 vertically, and can be locked, which can assist researchers in oblique injection.
Excellent technology, escort for research:
-The ear bar of rats has a spiral adjustment structure, which supports micron displacement adjustment.
-The stereotaxic instrument can be extended to digital dual stereotaxic instruments.
Establishment of disease model:Inject induced drugs and tumor cells into specific brain regions to establish models of Parkinson's disease, epilepsy and brain tumor diseases.
Electrophysiological experiment:Accurate electrode implantation was carried out by using a stereotaxic instrument to record the electrical activity of neurons.
Optogenetics's research:Precise fiber implantation is carried out by using a stereotaxic instrument, and then specific neurons are activated/inhibited by light stimulation.
-It is equipped with a 4.3-inch digital screen, and the reading display is clearer.
-Researchers can control it by touch screen, which is more convenient to use. The equipment can be learned quickly without training users.
-The brightness of the screen can be adjusted, so the screen can be displayed well in light and dark environments.
With zero adjustment function, easy to operate:
-The readings of X/Y/Z axes are displayed on the screen in real time, and the reading accuracy is 10μm.
-The readings of the X/Y/Z axes can be zeroed, and users can locate according to the coordinates on the brain atlas, thus omitting the calculation process.
Three axes can move freely and rotate:
-The moving range of three axes is 0-80mm, with vernier caliper reading scale, and the mechanical reading accuracy is 0.1mm.
-The cross manipulator can rotate 360 horizontally and 180 vertically, and can be locked, which can assist researchers in oblique injection.
Excellent technology, escort for research:
-The ear bar of rats has a spiral adjustment structure, which supports micron displacement adjustment.
-The stereotaxic instrument can be extended to digital dual stereotaxic instruments.
Cross manipulator
Rotating support
Application area
Research on neural circuits:Inject virus vectors into specific brain regions to study how neural circuits regulate behavior, memory and emotions.Establishment of disease model:Inject induced drugs and tumor cells into specific brain regions to establish models of Parkinson's disease, epilepsy and brain tumor diseases.
Electrophysiological experiment:Accurate electrode implantation was carried out by using a stereotaxic instrument to record the electrical activity of neurons.
Optogenetics's research:Precise fiber implantation is carried out by using a stereotaxic instrument, and then specific neurons are activated/inhibited by light stimulation.
Ordering information
| Item | Product |
|---|---|
| SA-150 | Digital Stereotaxic Instrument, Rat and Mouse |
| SA-150M | Digital Stereotaxic Instrument, Mouse |
| SA-150R | Digital Stereotaxic Instrument, Rat |
| SA-150-2 | Digital Dual Stereotaxic Instrument, Rat and Mouse |
| SA-150M-2 | Digital Dual Stereotaxic Instrument, Mouse |
| SA-150R-2 | Digital Dual Stereotaxic Instrument, Rat |
Appearance
SA-150
SA-150R
SA-150M-2
