Stereotaxic Accessories

Mouse adapters

$1,033.00

Precision head fixation platforms for stereotaxic mouse and rat procedures, featuring resin ear bars with graduated positioning scales and specialized neonatal restraint capabilities.

Model: Mouse Adapter-G4
$1,033.00
Key Specifications
ear_bar_tip_treatmentspecially treated
height_adjustmentflexible
scale_locationsincisor and earbars
neonatal_featurecheekbone locker replaces ear bars
head_fixation_typenoninvasive and stable
compatibilitystereotaxic apparatus base or standalone use
SKU:CSMA-30-2031/CSMA-30-2032/CSMA-30-2033/CSMA30-2034
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Mouse adapters are precision head fixation platforms designed for stereotaxic procedures in mouse and rat neuroscience research. These adapters serve as the foundation for reproducible brain positioning during surgical interventions, electrode placement, and injection protocols. Available in four model variants (G1-G4), each adapter features distinct operational configurations for ear bar movement, nose clip adjustment, and directional positioning to accommodate diverse experimental requirements.

The adapters employ resin ear bars with specially treated tips that provide secure skull fixation without tissue damage. Graduated scales on both the incisor bar and ear bars enable precise height adjustment for multi-angle experimental approaches. For neonatal subjects lacking developed ear canals, the system incorporates a cheekbone locker mechanism that replaces traditional ear bar positioning, ensuring stable head restraint across developmental stages.

How It Works

The mouse adapter functions through mechanical restraint principles that immobilize the head while maintaining physiological positioning. The system employs three-point fixation: bilateral ear bar insertion into the external auditory meatus and anterior positioning via the incisor bar. This triangulation creates a stable coordinate reference system essential for stereotaxic accuracy.

The resin ear bars feature specially treated tips that conform to the auditory canal geometry without causing tissue trauma. Graduated measurement scales enable precise height adjustment and angular positioning relative to standardized brain atlases. For neonatal subjects, the cheekbone locker mechanism provides lateral skull restraint by engaging the zygomatic arch, compensating for underdeveloped ear canal anatomy while maintaining coordinate system integrity.

Features & Benefits

Four model variants (G1-G4)
Accommodates diverse experimental protocols through different ear bar movement patterns and operational configurations
Specially treated resin ear bar tips
Provides secure skull fixation without tissue damage or inflammatory responses that could confound experimental results
Graduated measurement scales
Enables precise coordinate-based positioning with direct scale readout for reproducible electrode or injection placement
Flexible height adjustment mechanism
Accommodates multi-angle experimental approaches and various subject sizes within the same protocol session
Neonatal cheekbone locker system
Extends experimental capabilities to developmental studies by providing stable restraint for subjects lacking mature ear canals
Dual compatibility design
Functions as integrated stereotaxic component or standalone platform, maximizing laboratory equipment utilization
Black anodized stage surface
Reduces light reflection during microscopic procedures and provides enhanced visual contrast for precise manipulation

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Total: $2,466.00
Mouse adapters
Mouse adapters
$1,033.00
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