Tokai-Hit Thermal Plate for Nikon Bases Model TPi-SMZ25X
- Preset temperature: room temperature ~ 50C
- Glass plate thickness: 1.0 mm uniform
- 251 wide x 238mm Length x 7mm Thickness
- Heating area: 160mm x 150mm
- Fits over Stereo Microscope Base
Fits and Works with Nikon P2-PB, Nikon DBC, Nikon DBF-PS32, Nikon P-D-DSL32 and Nikon DSF32
Includes TPi Controller for unitĀ
A microscope stage warmer is a device used in microscopy to maintain a stable and controlled temperature on the stage of a microscope. It is particularly useful in live-cell imaging, IVF or other experiments where temperature control is critical to observe and study biological processes accurately.
Overall, the use of a microscope stage warmer in IVF labs is a critical aspect of ensuring the best possible conditions for embryo culture and development, which ultimately contributes to the success of the IVF process.
Informational Tokai Hit Brochure
Introduction VIDEO of Tokaihit ThermoPlate: Glass Heater for microscope stages.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
- Preset temperature: room temperature ~ 50C
- Glass plate thickness: 1.0 mm uniform
- 251 wide x 238mm Length x 7mm Thickness
- Heating area: 160mm x 150mm
- Fits over Stereo Microscope Base
Fits and Works with Nikon P2-PB, Nikon DBC, Nikon DBF-PS32, Nikon P-D-DSL32 and Nikon DSF32
Includes TPi Controller for unitĀ
A microscope stage warmer is a device used in microscopy to maintain a stable and controlled temperature on the stage of a microscope. It is particularly useful in live-cell imaging, IVF or other experiments where temperature control is critical to observe and study biological processes accurately.
Overall, the use of a microscope stage warmer in IVF labs is a critical aspect of ensuring the best possible conditions for embryo culture and development, which ultimately contributes to the success of the IVF process.
Informational Tokai Hit Brochure
Introduction VIDEO of Tokaihit ThermoPlate: Glass Heater for microscope stages.
