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 71–84 of 251 results
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Micromanipulation platform for inverted microscopes, stable and accessible, compatible with most Sutter micromanipulators and inverted microscope models from Nikon, Olympus, Leica and Zeiss.
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The HCT-10 temperature controller is a single-channel bipolar digital device designed for heating and cooling in high-precision laboratory applications.
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The HCT-30 temperature controller is a 3-channel digital bipolar device (TriTemp) designed for demanding laboratory applications, particularly in electrophysiology and imaging.
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The HCS micro-incubator is a microscope stage-mounted heating device designed to maintain physiological temperatures in culture chambers (35 mm Petri type) or ALA-compatible imaging chambers.
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The ALA Scientific heating mat is designed to maintain laboratory animals (mice and rats) at a stable body temperature during experiments.
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The Heated Perfusion Cube HPC-2 is a compact in-line heating module designed to heat liquids before they are introduced into a cell chamber or perfusion system.
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The Heated Perfusion Cube G (HPC-G) is a high-throughput in-line heating module designed to heat a liquid stream to a precise temperature before it is introduced into a cell chamber.
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The OBJ-HEATER objective heater is designed to maintain microscope objectives at a constant temperature, preventing condensation and ensuring stable physiological conditions during imaging and electrophysiology experiments.
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The Coolit is a compact, high-performance heat sink designed to optimise heat dissipation from ALA Scientific heating and cooling modules.
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The HCMIS micro-incubator is a microscope stage-mounted device for heating and cooling biological samples.
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The HCPC Infusion Cube is a compact thermal control module designed for continuous flow heating and cooling of liquids.
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The HCPC-G (Heating/Cooling Perfusion Cube – High Flow) is designed for precise temperature control of liquids in continuous flow perfusion experiments.
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The HOT-1 Temperature Controller is a hand-held controller dedicated solely to heating (without cooling) designed to control devices such as lens heaters or heating plates for rodents.
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Rigid, adjustable support for micromanipulators and specimen holders, compatible with Prior translation stages.
