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 1–14 of 251 results
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uMp-ROT rotation module for easy movement of the micromanipulator and pipette holder using a controlled rotation movement.
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Fully motorised SENSAPEX system for extreme precision.
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Slide module for rapid movement of micromanipulator and pipette holder out of sample zone.
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uMp-FLP back-flip module for easy tilting of the micromanipulator and pipette holder.
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Self-contained, intuitive uMp-TSC2 touch controller
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The MVCS-02 is a dual-channel iontophoresis system for the precise injection of ionic molecules with currents ranging from tens of pA to μA, designed for slow injections in excess of 100 ms without capacitance compensation.
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3-axis micromanipulator with 1 diagonal axis, an economical alternative to the MP-285, suitable for in vivo and in vitro electrophysiology, including essential functions for precise positioning of pipettes and microelectrodes.
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3-axis micromanipulator with 1 diagonal axis, stable, silent and precise, suitable for Patch Clamp recording, microinjection and precision robotic positioning.
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Stand-alone 3-axis micromanipulator with adjustable diagonal axis, ROE control, sub-micrometric precision, ideal for in vitro and in vivo recordings.
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Ultra-stable micromanipulation platform with closed-loop control, 4 nm resolution and wide XY positioning range of 85 × 120 mm.
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Compact, precise micro-positioner with 1, 2 or 3 axes, 6.5 mm travel and 1.0 µm resolution, adaptable to most substrates and designed for confined spaces.
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The AF-2000white LED light source from AHF is an ultra-compact solution for fluorescence microscopy.
