Electrophysiology & Neuroscience
MICRO MÉCANIQUE SAS has been supporting researchers and laboratories in their work in neuroscience,electrophysiology and optogenetics for over 35 years.
We offer a complete range of solutions for in vitro and in vivo applications, tailored to neuroscience, pharmacology and academic or preclinical research projects.
Our equipment covers all needs: amplifiers, micromanipulators, stimulation and recording systems, microinjection, micropipette shaping, incubation chambers and specialised accessories.
Thanks to our strong partnerships with international manufacturers, we can guarantee high-performance equipment that is modular and compatible with your existing installations.
As well as supplying equipment, we offer you comprehensive support: technical advice, installation, training, maintenance and after-sales service, throughout France.
With MICRO MÉCANIQUE, you are choosing a partner you can trust for your electrophysiology projects, combining technical expertise, reliability and proximity.
Showing 239–246 of 246 results
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The ultra-quiet RC-27D and RC-27LD recording chambers from Warner Instruments allow studies on tissue slices with fluid and silent solution exchange, with no noise transfer to the system or image.
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Warner RC-3Z recording chamber, simple and economical, for oocytes and large cells with rapid perfusion.
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X-Cite NOVEM – 9-channel LED lighting system for fluorescence microscopy.
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X-Cite XYLIS II – Broad-spectrum LED source for fluorescence imaging, a high-performance alternative to arc lamps.
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High-precision XYZ base designed for advanced microscopy.
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Stable and robust manual X-Y translation platform with easy height adjustment for upright microscopes, compatible with Olympus, Zeiss, Nikon and Leica.
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ZEISS Axio Examiner.A1 microscope with fixed stage, optimised for patch clamps, offering maximum working space and easy access to all settings.
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ZEISS Axio Examiner.A1 Configuration 2 patch clamp microscope, combining diascopic illumination (single oblique, gradient Dodt, DIC) and episcopic fluorescence.
