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Mouse Ultra Precise Digital Dual Stereotax

Name: Mouse Ultra Precise Digital Dual Stereotax
Brand: Brand
SKU: 505322
Price: 11595 USD
Availability: InStock

$11,595.00

Prices valid in USA, Canada, and PR only.

Order code

505322

Prices valid in USA, Canada, and PR only.

WPI's Dual Digital Ultra Precise Mouse Stereotaxic Instrument is specifically utilized for supporting surgical-based mouse-model focused laboratory research. This model frame is ideal for researchers in need of a versatile, reliable instrument specific to fine-tuned movements, necessary in highly placement-sensitive procedures. The dual capability allows for ease of bilateral placement of probes, tet/electrodes/implant arrays, cannula, as well as low-volume fluid delivery. The ability to have both digital visibility of stereotaxic coordinates paired with enhanced precision permits greater ability of validation, critical for use in publications and repeatability of protocols.

View our Stereotaxic Frame Compatibility Chart

Prices valid in USA, Canada, and PR only.

Features

WPI's Dual Digital display reduces the risk of human error and the large LED display helps in low-light conditions or constrained environments where reading the vernier scales is difficult.
Up to 80mm of travel is available in all directions with up to 90° angle adjustment in either the anterior-posterior or medial-lateral planes.

FEATURES:

Ease of warming pad integration with control box and cable.

Touchscreen Display

Stoelting digital stereotaxic instruments

The new display features include:

Zeroing function at each axis
Accuracy up to 1 micron

To utilize the warming feature: simply purchase one of our warmer control boxes and cable sold separately along with warming pad.

Unique, light ear bars

Ear bar posts may be independently adjusted in height—a unique feature of this stereotaxic instrument—to level the skull. Ear bars are composed of light Delrin material with tapered points or non-invasive rubber pads or jaw holder cuffs. Laser engraved scales show the vertical positions of the ear bars. Model organisms with soft skulls, such as the mouse and the neonatal rat, are difficult to secure firmly in a traditional stereotaxic instrument. The stainless steel ear bars used for adult rats are too heavy to provide a secure hold without compressing the sides of the skull inward (which closes the airways and impedes blood flow).