Tokai Hit TPiD-SMZ25DX Thermal Plate
Regular price
$3,900.00
Tokai Hit TPiD-SMZ25DX Thermoplate — Heated Stage for Nikon P2-PB/DBL/DBF & P-DSL32/DSF32 Bases | Ambient–50°C | PID Control | CSV Logging
KEY FEATURES
- Transparent glass heater with even temperature distribution — no contrast artifacts in phase contrast or DIC imaging
- PID + Continuous Current Control minimizes thermally-induced focus drift for stable high-magnification and time-lapse imaging
- External sterilized temperature sensor for direct sample measurement and on-site calibration
- Temperature logging with CSV export via TEM software for data recording and analysis
- 10-year free glass breakage repair service included with TPi series thermoplates
- Designed specifically for Nikon P2-PB/DBL/DBF, P-DSL32/DSF32, and P-PS322 stereo microscope transmitted light bases
- Compact TPi controller (85 × 135 × 30mm) with one-touch temperature calibration
Backed by Spach Optics Warranty
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Technical Specifications
| Model | TPiD-SMZ25DX |
| Temperature Range | Ambient – 50°C |
| Plate Dimensions | W370 × D248mm |
| Heating Area | W128 × D95mm |
| Glass Thickness | 0.5mm |
| Controller Dimensions | 85mm (W) × 135mm (D) × 30mm (H) |
| Control Method | PID + Continuous Current Control |
| Temperature Logging | Yes — CSV export via TEM software |
| Glass Breakage Warranty | 10-year free-repair service |
| Included | Heating Plate, TPi Controller, Mounting Hook, Power Cord, AC Adapter, Temperature Sensor, Extension Wire, TEM Install CD & USB Cable |
| SKU | TPiD-SMZ25DX |
Microscope Compatibility
| Nikon P2-PB Transmitted Light Base for stereo microscopes | |
| Nikon P2-DBL Transmitted Light Base for stereo microscopes | |
| Nikon P2-DBF Transmitted Light Base for stereo microscopes | |
| Nikon P-DSL32 Transmitted Light Base for stereo microscopes | |
| Nikon P-PS322 Transmitted Light Base for stereo microscopes | |
| Nikon P-DSF32 Transmitted Light Base for stereo microscopes |
Typical Applications
Live cell imaging on stereo microscopes at controlled temperatures
Time-lapse imaging of developing organisms (zebrafish, Drosophila, C. elegans)
IVF and assisted reproductive technology (ART) embryo observation
Stem cell culture monitoring and maintenance of physiological temperature
Biotechnology and life science research requiring thermal stage control
Neuroscience — brain slice preparation and acute slice imaging
