Instec Heating and Cooling Stages available at Meyer Instruments, Inc.

TS102S

Instec's TS102S is a Thermo Electric Cooler (Peltier) based thermal stage heats and cools from -25°C to 120°C. Cools down to -15°C with ambient water or -25°C with ice water chiller. With an open surface and clamps to fit the standard 25mm x 75mm microscope slides, this Peltier stage is as quick and easy as things can get for many simple experiments.

TS102/TS102XY

Instec's TS102/TS102XY is a Thermo Electric Cooler (Peltier) based stage that can provide cooling to -40°C without using liquid nitrogen. This simplifies the system set up, reduces operating costs, and makes it a convenient choice for performing long duration experiments at low temperatures. The TS102/TS102XY heats and cools from -40°C to 120°C. features convenient side loading of samples and accommodates standard 25mm x 75mm microscope slides as well as Instec liquid crystal cell holders.

HCS302/HCS302XY

Instec's HCS302/HCS302XY was designed for optical microscopy and spectroscopy. Heats and cools from -60°C to 400°C, fits standard 25mm × 75mm microscope slides, Sample side-loading. Top and bottom dual pane windows on the HCS302/HCS302XY stage are removable and exchangeable to meet a range of spectroscopic needs. The stage can be mounted vertically, allowing horizontal beam access to the sample chamber. The stage is large enough to accommodate a variety of samples, including electro-optic devices and standard 25mm x 75 mm microscope slides. An inner thermal cover is also included for work requiring ultra-high temperature stability and uniformity.

HCS302GXY

The Instec HCS302GXY features a gas-tight sample chamber which can be gas purged to prevent condensation or to make measurements under a controlled atmosphere and at a set temperature of -190°C to 400°C, Top and bottom dual pane windows on the HCS302GXY stage are removable and exchangeable to meet a range of spectroscopic needs. The stage can be mounted vertically, allowing horizontal beam access to the sample chamber. An inner thermal cover is also included for work requiring ultra-high temperature stability.

HCS402/HCS402XY

Instec's HCS402/HCS402XY microscope hot and cold stage features a dual heater design which virtually eliminates vertical temperature gradients in the sample chamber. This makes the HCS402/HCS402XY temperature controlled environment an ideal choice for thicker samples or when the best available temperature uniformity is necessary. Top and bottom dual pane windows in the HCS402/HCS402XY stage are removeable and exchangeable to meet a range of spectroscopic needs. The stage can be mounted vertically for applications requiring horizontal beam access to the sample chamber. The interior of the HCS402/HCS402XY is large enough to accommodate a variety of samples, including electro-optic devices and standard 25 mm x 75 mm microscope slides.

TSA12Gi

Instec's TSA12Gi is Thermo Electroc Cooler (Peltier) based thermal stage designed specifically for inverted optical microscopes. It features a large and gas tight sample chamber, simple thermal control, improved atmospheric control, wide adjustable viewing window, and customizable base plate. Heats and cools from -25°C to 90°C with single Peltier.

C100W / C300W / C500W CHILLERS

• Recirculating chillers with ice water compartments provide rapid cooling of sample area to near 1°C (depending on model) • All chiller models can be used for frame cooling • C300W, C500W, and C610W require the FVC9 coolant flow control system for sample cooling using the mK2000 out2 port • C300W, C500W, and C610W require the FVC1 coolant flow control system for frame cooling of thermoelectric stages using the mK2000 out3 port

LN2 LIQUID NITROGEN COOLING SYSTEMS

• Liquid nitrogen systems provide sample cooling to as low as -190°C depending on pump power and thermal block size • Systems consist of a pump, a Dewar, a lid with a stoppered port for refilling during operation, and connecting tubing • Three liquid nitrogen pump output options available, LN2-P2, LN2-P4, and LN2-P8, which suction liquid nitrogen through the equipment and are controlled by the mK2000 • Three Dewar sizes, 2 L, 10 L, and 30 L, with easy refillable lid options to control liquid nitrogen supply to instruments • Integrates with mK2000 PID controller with ±0.1% resolution

RHC01 RELATIVE HUMIDITY CONTROLLER

• RHC01 Relative Humidity Controller is designed to augment environmental control of chambers to extend experimental capability • Combine temperature control and relative humidity control within the same stage and the same experiment • Pairs seamlessly with the TS102GXY, HCS621GXY, or HS1200GXY, and many other stages with sealed chambers • Precision control of relative humidity from 4% to 91% within sealed chambers with volumes of up to 2000cc • Continuous operation possible for days, weeks, and months at a time with easy refillable water bottle • Does not require an expensive dry air supply • Optional inert gas regulator to minimize air and oxygen supplied to the chamber • Interactive touchscreen display to control all features
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