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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/ROE capable of running 2 manipulators. The MPC-200 works with one or two world-renowned mechanicals, the MP-285 or the MP-225. |
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| The flagship in our line of precision micromanipulators, the motorized MP-285 is affordable yet offers advanced features found in manipulators costing thousands more. Custom engineered stepping motors, precision cross-roller bearing slides and proprietary worm gear capstan drives form the basis of the watch-like mechanical system. |
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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. |
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| The MP-225 is a newer member of the Sutter Instrument Company micromanipulator line. Production and design changes have allowed them to produce a motorized manipulator that is a more affordable alternative to the industry standard MP-285. It is suitable for patch clamp experiments, extracellular recording, microinjection, intra-cellular recording and precision robotic positioning applications. |
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| Many imaging experiments
require the ability to move to multiple locations in a chamber
or in a tissue culture dish. Large motorized stages accomplish
this, but generally make the microscope into a single-use, motorized
imaging station. The form factor of motorized stages usually
precludes positioning other equipment such as manipulators at
the same microscope. |
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| The classic micromanipulator developed by Sir Huxley many years ago is still considered by many investigators to be the finest manual micromanipulator available. The MP-85 offers the advantage of a very large range of movement with its built-in coarse manipulator and precise submicron movement with the fine controls. |
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| The MT-2000 is a motorized microscope translator system including fixed-stage and manipulator supports. The modular MT-2000 features free-standing columns that provide rock solid mounting for the tissue recording chamber and multiple micromanipulators. A two-axis rotary optical encoder (ROE) accepts user input to the motorized translator and can be placed in any convenient location in your setup. |
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| The MT-1000 is a microscope translator, fixed-stage and manipulator platform for moving optical pathway electrophysiology. The MT-1000 features free-standing columns that provide solid mounting for the tissue recording chamber and multiple micromanipulators, such as the MP-285 or MP-225. The columns are positioned around a movable table that provides X-Y translation of the optical pathway. |
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| These stands are sturdy, stable, and extremely versatile for mounting components for a variety of research applications. They were designed for placing heavy Huxley-style micromanipulators adjacent to any microscope. We found them to be so useful and adaptable that we also use them for mounting other items such as optical components. |
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| For ultimate flexibility in positioning micromanipulators or other devices adjacent to your microscope, look to these stands. These unique gantry systems offer adjustable vertical and horizontal axes and up to 360 degrees of rotation. |
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| Designed for experiments
where a large single stage is dictated, the MT-78 or MT-78-FS
large-stage platforms provide solid, stable support and ample
space to attach manipulators and other instruments as needed.
The rigid aluminum top plate sits firmly on two of our well-known
MT-75 gantry-style stands. |
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| Use the MP-285 or MP-225 manipulator with an inverted microscope using a Sutter Microscope Dependent (MD-Series) stand. The typical MD stand is a manipulator platform that bolts directly to the frame of an inverted microscope. Stands are available in either single-sided or double-sided versions for the most common inverted microscopes made by Nikon, Olympus, Leica, and Zeiss. |
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