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Simple Moving Microscope

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SOM Flyer
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  • Simple moving microscope based on an MP-285/MPC-385 motorized micromanipulator
  • X, Y and Z axes of manipulator used to position microscope over the sample and focus. No need for large translators or moving stages
  • Optimized to allow in vivo and in vitro experimentation on one setup
  • Standard configuration accepts RMS thread objectives - Contact Sutter for additional options
  • Free Multi-Link™ software coordinates movement with micropipette positioning of MPC-200
  • Transmitted IR and EPI fluorescent Imaging Modes
  • Flexible excitation port allows easy addition of secondary sources for photostimulation
  • MPC-200 controller with USB interface and open source commands

The Son of MOM (SOM) is a small, simple microscope designed to allow a single experimental setup to be used for both in vivo and in vitro experimentation. As in our two-photon Movable Objective Microscope (MOM), positioning over the sample and focusing is accomplished robotically. This removes the need for the large translators and stages that normally limit the available space beneath the objective for in vivo experimentation. For example, the SOM would allow for whole-cell patch recordings from neurons in vivo on one day followed by multi-cell recordings in slices on the next.

SOM opens up experimental possibilities that otherwise might be limited by the ever growing space constraints in modern laboratories. The SOM is designed to take full advantage of our new free Multi-Link™ software program for micromanipulator positioning.

For instance, during whole-cell patch recording in slices, it is commonly necessary to search over a large area of tissue to find neurons appropriate to your experiment. With the SOM, you simply translate over your sample to search for your target. The software programs will then retrieve your recording and stimulation pipettes so that you can begin recording immediately.

Moreover, if you then find you need to stimulate a region outside of the current objective's field of view, the programs will allow you to lock the position of your recording pipette and reposition the objective and stimulating pipette(s) to their required positions.

How it Works:
The SOM is designed to take advantage of the high-quality images that can be obtained with a simple IR LED-based transmitted light source combined with an IR capable CCD camera. This combination is sufficient for the majority of in vitro electrophysiology needs. The SOM is also designed with a two-position filter cube to allow for identification of fluorescently-tagged cells for recording or for photostimulation. If you populate both of the filter cube positions, one of the filter sets will need to pass IR to allow for transmitted light imaging. As many filter combinations will pass IR, transmitted light imaging can generally be done in either of the two filter positions.

The fluorescence excitation port of the microscope has C-mount threading as well as mounting holes for standard cage components. This allows for customization by the user to various experimental needs. For instance, multiple light sources can be coupled to the excitation port with small cage assemblies.


Catalog Number and Description

SOM-T SOM Microscope mounted on tall MT-75T tower with MPC-200 controller and ROE
SOM-XT SOM Microscope mounted on extra tall MT-75XT tower with MPC-200 controller and ROE


All Bundles include: SOM, TLED+ white LED light source with 50/50 beam splitter, one micromanipulator, gantry stand, and P-1000 Micropipette puller

Catalog Number and Description

SOM-T-QUAD SOM-T with QUAD 4-axis micromanipulator
SOM-T-285 SOM-T with MP-285 mechanical micromanipulator
SOM-T-225 SOM-T with MP-225 mechanical micromanipulator
SOM-XT-QUAD SOM-XT with QUAD 4-axis micromanipulator
SOM-XT-285 SOM-XT with MP-285 mechanical micromanipulator
SOM-XT-225 SOM-XT with MP-225 mechanical micromanipulator


25mm on all three axes

MP-285 controller
Low: 0.2µm/step
High: 0.04µm/step

MPC-200 controller

Maximum Speed
MP-285 controller

MPC-200 controller

Drive Mechanism
Precision worm gear capstan drive

RS-232 Serial

115/230 Volts
50/60 Hertz power line

RoHS Compliant






MOM Computer System and Software

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Movable Objective Microscope

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Our Clients Include:

University College London
Imperial College
University of Cambridge
University of Oxford

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