Temperature control
Ensuring a stable and accurate temperature is essential for the reproducibility and reliability of electrophysiology experiments.
MICRO MÉCANIQUE’s Temperature Control range combines technology, reliability and ease of use to meet the needs of research laboratories.
Modular solutions to suit your protocols: one or two channels, heating/cooling capacity, compact dimensions to fit in with your existing setups.
Easy-to-use interface, rapid installation.
Consistent, reproducible performance.
What you’ll find :
UniTemp: simple, compact controller for precise temperature control.
PTC-10: single-channel controller, offering both heating and cooling functions.
PTC-20: a two-channel version for controlling several independent zones or devices (for example, an incubation chamber + a stage, or two different modules), while retaining fine control of parameters.
Showing 1–14 of 17 results
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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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The MTC-20/2SD is a linear temperature controller, designed for heating only, particularly suited to electrophysiology and imaging applications.
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PTC-10 npi electronic, single-channel temperature controller for heating and cooling, precise, low-noise, with PI controller and Peltier outputs up to ±15 V / 5 A.
