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SHC-1
Cannula Holder

Designed
for operation with a stereotaxic instrument and micromanipulators,
this Cannula Holder ensures speedy, stable and accurate implanting
operation of a cannula (about φ3.5mm)
into an animal. Mounted on the Narishige Manipulator Model SM-15, this
Cannula Holder enables the user to implant a cannula into a target
site reliably and accurately.
To
fasten a cannula, simply tighten the screw. To implant a cannula,
simply loosen the screw to disengage a cannula easily. The end is made
of plastic to prevent corrosion.
*
Cannulae are not included with the SHC-1. We do not supply cannulae.
Please purchase separately.
* Manipulator Model SM-15 is sold separately.
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BE-8 Manipulator
Auxiliary manipulator with built-in ball
joint.

This single-axis coarse manipulator plays an auxiliary
role for stereotaxic instruments. Despite its compact,
lightweight design, it has a long 40mm driving range
and is mounted on a ball joint so that angles can be
set freely. The BE-8 is attached on a O.D.10mm bar and
is suitable for installation with many different types
of stands.
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Movement
range |
Coarse
X40mm |
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Dimensions,
Weight |
W140
x D25 x H95mm, 210g |
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MA-1
Electrode Position Calibrator
The
gauge mark of this instrument coincides with the gauge mark (0 point)
of the stereotaxic instrument, enabling accurate attachment of the
electrode carrier to the AP frame bar. This instrument also reads the
X, Y, and Z axis coordinates of the electrode carrier and converts
them to the scale of the stereotaxic instrument.
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MA-2 Electrode
Carrier Stand
(SM-15 is sold separately)
This
stand accommodates electrode carriers for
stereotaxic instruments.
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Permits easy
installation on the new stereotaxic instruments Models SR-5M, SR-5R,
SR-6M, and SR-6R.
Intended for
use with anesthesia vaporizers. With the tube connected, these
anesthesia masks serve the purpose of
administering anesthetics.
With the
three-point clamping arrangement undisturbed, these anesthesia masks
permit the nose clamp and ensure
secure fixing.
The compact
design does not interfere with experimental procedures.
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