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Mouse 60° ear bar

Mouse 60° ear bar

Aiming at the situation that the skull of mice is thin and easy to be crushed, a variety of ear rods for mice are designed. The tip of the ear rods for mice adopts a 60-degree obtuse angle to fix the ear canal of mice, which is relatively simple and convenient to use.

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Rat hollow 45° ear bar

Rat hollow 45° ear bar

This ear rod is used for auditory research experiments. The sound stimulation signal is transmitted to the animal from the end of the ear rod through the small hole in the middle of the ear rod, and the eardrum of the animal will not be damaged when fixed; the front aperture is 1.0mm, the rear aperture is 3.0mm, and the front end angle is 45 degrees.

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Rat 45° ear bar

Rat 45° ear bar

The tip of this ear rod has an obtuse angle, which normally does not damage the eardrum of rats, protects animals from damage, and is suitable for long-term experiments.

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Rat 18° ear bar

Rat 18° ear bar

This ear rod is relatively easy to penetrate into the animal's ear canal, and it is convenient to fix the skull, but in most cases, it will damage the animal's eardrum and affect animals that need to be raised for a long time.

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Universal Gripper

Universal Gripper

With lateral fixation, it can hold micro-syringe barrels, large-diameter electrodes and flexible cranial drill handles.

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Small electric drill holder

Small electric drill holder

The mini electric drill is fixed on the operating arm of the locator, and the drilling depth is controlled by the lifting and lowering of the operating arm of the locator. The operation is convenient and accurate, avoiding damage to the animal brain tissue or causing excessive drilling depth. The clamping range is 19.5mm.

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Cranial Drill Holder

Cranial Drill Holder

The cranial drill holder fixes the hand-held cranial drill to the operating arm of the locator, and controls the drilling depth through the lifting and lowering of the operating arm of the locator. The operation is convenient and accurate, and avoids damage to animal brain tissue or excessive drilling depth. The holding range is 14.5mm.

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Ceramic pin holder

Ceramic pin holder

Designed for optogenetic experiments, the size is 1.25 or 2.5mm, compatible with ceramic ferrules and metal ferrules, and can be easily removed after implantation. 1056420-1.25mm cannula or pin.

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electrode holder

electrode holder

For the electrophysiological experimental design, the two electrodes can be close to the distance of 200um when the arms are operated, and the clamping range is 0.4mm-1.5mm.

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Casing Holder

Casing Holder

It adopts threaded fixing and locking method to hold single and double catheters for micro-dosing with a plastic base with an outer diameter of 3.5mm.

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electrode holder

electrode holder

The wedge-shaped structure is adopted, and the clamping range is 0.9mm-3mm.

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electrode holder

electrode holder

For the design of electrophysiological experiments, the distance between the two arms to operate the electrodes is very close. This gripper is very suitable for this requirement. It can grip relatively thin electrodes, and the gripping range is 0.7mm-2.5mm.

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