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-30°C - 120°C standard
-40°C with upgraded chiller, 150°C extendable heating range
Fits standard 25 mm × 75 mm microscope slides and liquid crystal cell holders
Easy side-loading
Removeable XY sample positioning with 10mm travel range [optional]
Thermoelectric stage for inverted microscope operation with optional cover lid
-10°C to 90°C (Optional upgrade for -30°C to 120°C available)
For 35mm petri dishes or 25x75mm slides
For long duration experiments
Thermoelectric stage with enviromental control
-40°C - 120°C
Integrated XY sample positioning for 25mm x 75mm glass slides
Sealed chamber with gas purging or vacuum capability
Simple stage for quick experiments with upright and inverted microscopes
-25°C - 90°C
Open surface with clamps to fit standard 25 mm × 75 mm microscope slides
Thermoelectric stage with gastight chamber for inverted microscopes
-25°C - 120°C with TEC heating/cooling
Designed for φ 40.5 mm petri dishes/ standard microscope slides
Ideal for long duration cooling experiments without LN2
Specially designed for spectrometer or FTIR
Fits standard 12.5 mm x 12.5 mm cuvettes or smaller
-40°C to 160°C with thermoelectric heating and cooling
Designed for thermal control of liquid phase processes in standard cuvettes during spectrophotometry
For optical microscopy and spectroscopy
-190°C - 400°C
Fits 25 mm × 75 mm microscope slides
Sample side-loading
Removable XY sample positioning
For optical microscopy and spectroscopy
-190°C - 400°C
Dual top-bottom heating
Sample side-loading
Removable XY sample positioning
For optical microscopy and spectroscopy
-190°C - 400°C with liquid nitrogen cooling option
Large 38 mm × 50 mm sample area ideal for glass slides
Integrated XY sample positioning
Sealed chamber with gas purging capability [0.5 Bar positive pressure]
Rough-vacuum compatibility [1mBar]
The HCP621G-CUV1 gas tight plate is designed for applications where both thermal and atmospheric control is critical.
Using a silver heating and cooling block, this plate provides a wide temperature range with exceptional thermal uniformity. The gas tight chamber creates a closed environment to eliminate oxidation, aid in humidity studies, or conserve expensive reacting gases. Additionally, up to 8 optional feedthrough leads are available for sample connection and probing
Wide angle IR-specific stage
24 mm × 24 mm sample area
-190°C - 600°C
Spectrophotometer thermal cell
Fits standard 12.5 mm x 12.5 mm cuvettes
-60°C - 600°C
Designed for thermal control of liquid phase processes in standard cuvettes during spectrophotometry
Explore the chemical kinetics of liquid-phase reactions and processes
Research materials composition in solids, liquids, and gases
Thermal stage for optical microscopy and spectroscopy
-190°C - 600°C with liquid nitrogen cooling option
Ø26 mm thermal area
Integrated XY sample positioning with 10mm travel range
Sealed chamber with gas purging capability
Microscopy and spectroscopy stage
-190°C - 400°C with liquid nitrogen cooling option
Ø26 mm sample area
integrated XY sample positioning
Sealed chamber with vacuum capability
Compact stage for inverted microscopy
-190°C - 300°C with resistive heating and liquid nitrogen cooling option
23 mm × 28 mm sample area
Sealed chamber with gas purging capability [0.5 Bar positive pressure]
Rough-vacuum compatibility [1mBar]
Wide angle IR-specific stage
24 mm × 24 mm sample area
XY sample positioning & gas purging capability
-190°C - 600°C
High temperature microscopy & spectroscopy
16x16mm sample area or Ø7.5mm x 4mm Crucible
Gas purging capability
30°C - 1150°C
High temperature microscopy & spectroscopy stage
30°C - 1500°C
Ø 7.5mm sample area
Sealed chamber with gas purging capability
Rotatable window to ensure optical access if volatile sample condenses on window
High temperature microscopy & spectroscopy stage
30°C - 1400°C
Ø 7.5mm sample area
Sealed chamber with vacuum and gas purging capability
Rotatable window to ensure optical access if volatile sample condenses on window
High Temperature stage for IR microscopy & spectroscopy
30°C - 1300°C
Φ8mm sample area with wide angle viewing aperture
Gas-tight chamber *Vacuum-tight model available (HS1300V-IRM)
For IR microscopy & spectroscopy
16 mm X 16mm sample area with wide angle viewing aperture
XY sample positioning & gas purging capability
30°C - 1000°C
Tensile Force Measurement Stage
Measure changes in-situ
-190℃ - 300℃
High temperature thermal stage with LN2 cooling specially design for x-ray measurements. X-ray diffraction and beamline configurations allow for easy use with most systems. Curved kapton window design allows for x-ray measurements over a broad range of diffraction angles.
Microscopy stage for geology
-190°C - 600°C
28 mm × 30 mm sample area
sample side-loading
XY sample positioning
Gas tight
Wide angle IR-specific stage
24 mm × 24 mm sample area
-190°C - 600°C
For correlative cryo-light (inverted) and cryo-electron microscopy (CLEM)
-190°C - 150°C
Supports 3x3 EM grids, up to 3mm diameter each
Designed for vitreous operation
For correlative cryo-light (upright) and cryo-electron microscopy (CLEM)
-190°C - 150°C
Allows nine EM grids, 3 mm round
designed for vitreous operation
Wide angle IR-specific stage
24 mm × 24 mm sample area
XY sample positioning & gas purging capability
-190°C - 600°C