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 Our
new MP-265/M "narrow format" mechanical is designed especially for patch-slice
manipulator systems that require more than 2 or 3 pipettes. Coupled with
our multi-manipulator controller, MPC-200, users have the ability to easily
build up multi-manipulator MPC-365 systems for positioning multiple recording
and stimulating pipettes. The MP265/M mechanical builds on our existing
manipulator line in several ways. First, narrow format means more manipulators
can be grouped around a recording chamber. A long throw (25 mm) radial
X-axis provides an easier approach to and from the optical center. Finally,
travel in the Y-axis is shortened (12.5 mm) to economize on width, which
is made possible because radially oriented manipulators do not require
long travel in this axis. The MP-265/M manipulator is designed specifically
for systems requiring 4 or more manipulators. To this end, we have put
together systems with specialpricing for 4, 5 and 6 manipulators, and 2
or 3 dual manipulator controllers. We are also unveiling a new linear slide
for mounting the MP-265/M mechanical as well as for our other manipulators.
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 Neurobiological
experiments are becoming more complex. Many require multiple manipulators
with control units that quickly become space and/or cost prohibitive. The
MPC-200 is the solution you have been asking for. A single controller capable
of running 2 manipulators! Sutter Instrument has taken the simplicity of
the MP-225 controller and expanded it to run two manipulators from a single
controller/ROE. The MPC-200 works with one or two of our world-renowned
mechanicals, the MP-285 (MPC-385), the MP-225 (MPC-325) or the narrow format
MP-265 (MPC-365). The controller is self-detecting so there is no need
for manual configuration of the components |
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 The
P-97 Flaming/Brown type micropipette puller is ideal for fabricating micropipettes,
patch pipettes and microinjection needles. While retaining many of the
features of earlier models, the P-97 offers improvements in mechanical,
electronic and software design. The result is better control of the pulling
process and a higher degree of reproducibility. The P-97 combines a proven
mechanical system with a sophisticated, programmable microprocessor controller.
This programmable control of the pulling parameters allows the investigator
to design application specific pipettes from a wide range of glass compositions
and sizes |