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Advanced dual-sided thermal stage
-190°C to 400°C
Fits 25mm x 75mm microscope slides or smaller via exchangeable sample tongues
Integrated sample XY positioning
Achieve highest possible uniformity with dual-sided heating and cooling
Atmospheric control for condensation prevention
HCS402VXY-D
PRODUCT INQUIRY -
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DESCRIPTION
The HCS402VXY-D is an advanced thermal stage with best-in-class performance. With a unique top-and-bottom heating/ cooling block structure, this stage is capable of controlling vertical temperature gradients even for thick samples. Each thermal block is capable of precision temperature control from -190°C up to 400°C. The vacuum-tight chamber can be evacuated to prevent condensation formation. A 3mm diameter thru-hole transmission aperture provides transmitted-light access for microscopy and spectroscopy. Sample XY positioning is provided via the integrated micrometers, which allows for the sample to be moved relative to the transmission aperture.
The HCS402VXY-D is a high-performance thermal stage for applications that require the best-possible temperature control for optical microscopy and spectroscopy.
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THERMAL FEATURES
Temperature Control
mK2000 with programmable precision switching PID method
Thermal Block
Clear anodized aluminum
Minimum Temperature
-190°C (with optional liquid N2 cooling)
Maximum Temperature
400°C
Temperature Sensor
100 Ω Platinum RTD
Maximum Heating Rate
+100°C per minute at 100°C
Maximum Cooling Rate
-50°C per minute at 100°C
Minimum Heating and Cooling Rate
±0.01°C per minute
Temperature Resolution
0.01°C
Temperature Stability
±0.05°C (>25°C), ±0.1°C (<25°C)
Power Supply
Universal power input - 600W max
Software
Windows software to record and export temperature-time data
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OPTICAL FEATURES
Optical access
Reflection and transmission capability
Optical windows
Removable and exchangeable quartz glass windows permit full-spectrum transparency. Other options such as IR compatible or Kapton windows are available by request
Minimum Objective Working Distance
19.5mm ( 8.5mm with sample shims)
Minimum Condenser Working Distance
13 mm
Cover Window Apertures
27 mm diameter aperture with 31.75mm Quartz glass window
Top Window Aperture
5mm diameter aperture with 7mm diameter Quartz glass window
Top Viewing Angle
±10° from normal
Bottom Window Aperture 3 mm diameter aperture with 7mm diameter Quartz glass window
Bottom Viewing Angle
±11° from normal
Transmission Aperture
3 mm diameter (4mm option available with customization)
Window Defrost
Integrated top and bottom window defrost
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STRUCTURAL FEATURES
Sample Area
40 mm x 40 mm (45mm x 50mm with inner lid)
Chamber Height
10mm
Sample Positioning
10 mm fine travel with Vernier XY dials for remote manipulation in sealed chamber
Atmosphere Control
Sealed chamber with vacuum capability to control humidity, condensation, and oxidation.
Rated for at least 9.9*10^-3mBar vacuum pressure when using appropriate vacuuum pump (turbomolecular pump reccomended).
Includes 1x stainless steel vacuum bellows + 1x machinable aluminum blank by default. Secondary vacuum bellows available by request.
Frame Cooling
Integrated frame cooling with optional chiller system
Mounting
Base model includes tapped holes on frame and removable side-mounted L-Brackets. Horizontal mounting adaptors available for select instruments, or by custom design
Frame Dimensions
240 mm x 90 mm x 62 mm
Weight
2000 g