Tissue Flotation Water Bath FM-TFB-A100 offers a precise temperature range from ambient to 90°C for efficient tissue section expansion. It features a durable and corrosion-resistant build for long-term reliability. Our water bath includes a clear temperature display for accurate monitoring during use. It has a fast and durable heat conductor that ensures the consistent heating of tissue samples in water.
$1,405.00
| Temperature Range | Ambient to 90°C(constant adjusting) |
| Temperature Precision | +2°C |
| Ambient Temperature Range | 0 to 40°C |
| Heat Conduct | Fast, Durable |
| Memory | Self-Temperature Memory |
| Heating | Electric Heating via Embedding Element |
| Power Consumption | 200W |
| Power Supply | 220V/50Hz |
| Dimension(W×D×H) | 340×340×120mm |
| Package Dimension(W×D×H) | 450×420×200mm |
| Net Weight | 4.7kg |
| Gross Weight | 7kg |
1: What is the Tissue Flotation Water Bath FM-TFB-A100 used for in laboratories?
The Tissue Flotation Water Bath FM-TFB-A100 is used to maintain precise water temperatures for tissue sample processing. It’s ideal for floating and stretching paraffin tissue sections in histology. This water bath provides gentle, even heating to preserve tissue integrity.
2: How does the Tissue Flotation Water Bath FM-TFB-A100 maintain a constant temperature?
The FM-TFB-A100 uses a thermostat-controlled heating element with digital feedback for accurate thermal regulation. It maintains a temperature within ±2°C of the set point. This ensures reliable performance for sensitive laboratory applications.
3: Can the Tissue Flotation Water Bath FM-TFB-A100 be used for DNA or RNA protocols?
Yes, the FM-TFB-A100 is suitable for temperature-sensitive steps in molecular biology workflows. It supports enzymatic reactions, hybridizations, and heat shock treatments. Its precision and stability make it ideal for reproducible DNA/RNA handling.
4: What safety features are included in the Tissue Flotation Water Bath FM-TFB-A100?
The Tissue Flotation Water Bath FM-TFB-A100 includes over-temperature protection and a thermal cut-off system. Its corrosion-resistant design prevents chemical-related hazards. The built-in temperature memory reduces operational errors during frequent use.
5: What is the benefit of the self-memory temperature function in the Tissue Flotation Water Bath FM-TFB-A100?
The Tissue Flotation Water Bath FM-TFB-A100 automatically recalls the last set temperature after shutdown. This simplifies repeated experiments and routine operations. It also prevents incorrect temperature input during power cycling.
6: Is the inner chamber of the Tissue Flotation Water Bath FM-TFB-A100 resistant to chemicals?
Yes, the Tissue Flotation Water Bath FM-TFB-A100 is constructed with corrosion-resistant materials suitable for repeated chemical exposure. It is ideal for use in environments where contact with lab reagents is common. This feature extends the operational life of the unit.
7: What kind of maintenance does the Tissue Flotation Water Bath FM-TFB-A100 require?
The Tissue Flotation Water Bath FM-TFB-A100 requires regular cleaning to remove water deposits and prevent build-up. Avoid abrasive cleaners that could damage the corrosion-resistant surface. Routine inspection of electrical components is also recommended for safe operation.
8: Can the Tissue Flotation Water Bath FM-TFB-A100 be used continuously for long periods?
Yes, the Tissue Flotation Water Bath FM-TFB-A100 is designed for extended operation under stable lab conditions. It performs reliably as long as the ambient temperature and ventilation are appropriate. However, occasional monitoring is recommended during continuous use.
Fison’s Tissue Flotation Water Baths are essential laboratory equipment in histology and pathology labs used to float, flatten, and smooth paraffin-embedded tissue sections after microtomy. These baths maintain a precisely controlled temperature of water surface typically between 30°C to 50°C, which allows tissue ribbons to relax and spread uniformly before being mounted onto microscope slides. Our water baths ensure wrinkle-free, distortion-free sections, a dark, non-reflective interior for enhanced tissue visibility. It is ideal for clinical diagnostics, research, and biomedical laboratories; also, it improves section quality, reduces handling errors, and streamlines slide preparation.