Motorised electrophysiology micromanipulators
Showing 1–14 of 17 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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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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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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uMp-3 SENSAPEX piezoelectric micromanipulator for patch clamps, zero drift, high precision (5 nm), compact and stable, suitable for confined spaces and PC controllable.
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uMp-4 SENSAPEX 4-axis, zero-derivative, high-precision (5 nm), compact piezo micromanipulator with 4th physical axis for stereotaxy and 0-90° approach angle.
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Precise, zero-drift, piezo micromanipulator with a 4th axis.
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Multi-manipulator system with 1 to 2 MP-845 (aluminium) or MP-845S (stainless steel) micromanipulators, 3 axes + 4ᵉ virtual diagonal axis, ultra-low drift, ROE control, suitable for in vitro and in vivo recordings.
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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.
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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.
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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.
