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 127–140 of 246 results
-
The A-M Systems Model 3500 amplifier is a low-noise 16-channel AC differential amplifier.
-
The Narishige MOS-1 manual stereotactic micromanipulator is a hydraulic add-on device designed as a Z-axis for the SMM series of stereotactic frames.
-
3 MPixel sCMOS colour camera at an unbeatable price for teaching or routine laboratory use.
-
Compact and precise 3-axis motorised stage for experimental chambers, transforming an MP-285 into a motorised system with computer control and continuous display.
-
ZDP50T motorised stage, 50 x 50 mm travel, 60 kg capacity, Prior stand compatible, OptiScan® III control.
-
Manual 3-axis micromanipulator, tiltable, precise and versatile, compatible with standard electrodes.
-
Multi-manipulation system with 1 or 2 MP-225 micromanipulators, 3 axes + virtual 4th diagonal axis, stable, accurate and suitable for in vitro and in vivo electrophysiology.
-
Multi-manipulator system with 1 or 2 MP-285 micromanipulators, 3-axis + virtual 4th diagonal axis, quasi-noise, quasi-zero drift, resolution from 0.2 to 0.04 µm, suitable for in vitro and in vivo electrophysiology.
-
Device designed to efficiently channel perfusion solutions around an oocyte.
-
X-Y translation system for microscopes, manual or motorised, robust and stable, suitable for multi-site recording and compatible with most upright and inverted microscopes.
-
The MTC-20/2SD is a linear temperature controller, designed for heating only, particularly suited to electrophysiology and imaging applications.
-
Compact multi-manipulation system for in vitro and in vivo recordings, with 3 independent axes (X 50 mm, Y 12.5 mm, Z 25 mm) and a programmable 4ᵉ diagonal virtual axis.
-
Software-controlled dual-mode amplifier designed for microelectrode and patch-clamp recordings, with advanced automatic compensation.
-
The Model 3800 MultiStim is a programmable stimulator with 8 independent channels.
