My Cart: 0 item(s)

Product Search

Secure Checkout
TS62  Thermal Stage System
    TS62  Thermal Stage System
    Purchase TS62 Thermal Stage System
    • TS62 Thermal Stage System

      SKU: TS62
      Product Code: TS62
      Vendor: Instec
    • Quantity in Basket:  None

      Product Documents

    • Do it Now


    Instec's TS62 is a Thermo Electric Cooler (Peltier) based thermal stage that can cool down to -30°C without using liquid nitrogen or a circulation chiller. This is very convenient for performing long duration experiments at cold temperatures. It also simplifies the system set up and reduces operating costs. 
    Features
    · Programmable Precision Temperature Control from -30°C to 120°C
    · Peltier-Based Microscope Thermal Stage
    · Controlled Fast Heating and Cooling Rate
    · Accommodate Up To 38 mm x 68 mm Sample Size
    · Large Viewing Aperture
    · Removable and Exchangeable Windows
    · Dual Pane Windows for Better Thermal Isolation
    · Variable Sample Chamber Height
    · Integrated Aperture Window Defrost System
    · Gas Purge Sample Chamber
    · Easy Side Sample Loading with Standard Microscope Slides
    · Vertical and Horizontal Mounting
    · Optional Precision X-Y Micropositioner for Sample Positioning
    Technical Specifications
    Temperature Range
    -30°C to 120°
    Temperature Resolution
    0.01°C with mK1000
    Temperature Stability
    ±0.05°C at 37°C with mK1000 (better stability optional)
    Minimum Heating and Cooling Rate
    ±0.1°C per hour
    Maximum Heating Rate
    +50°C per minute at 37°C
    Maximum Cooling Rate
    -50°C per minute at 37°C
    Temperature Control Method
    PID with Linear Variable DC
    Temperature Control Sensor
    100 Ω Platinum RTD
    Minimum Objective Working Distance
    3.6 mm
    Minimum Condenser Working Distance
    15.2 mm
    Sample Area
    38 mm x 68 mm
    Chamber Height
    2.5 mm (up to 7 mm when using optional spacers)
    Sample Viewing Aperture
    19 mm for reflected light
    5 mm for transmitted light
    X-Y Micropositioner (optional)
    10 μm resolution