Tissue Embedding System LX101TES
Description
Tissue Embedding System LX101TES is a high-performance device designed for efficient and precise tissue embedding in pathology labs. It features a dual-component design with an independent cold plate and heated workspace, offering flexibility and ease of use. The unit is equipped with intuitive controls, enhanced safety features, and customizable settings, making it suitable for both routine and complex tissue processing tasks.
Specifications
| Paraffin chamber capacity |
≥5.5 Liters |
|---|---|
| Temperature range of paraffin chamber |
RT- 75°C |
| Temperature range of cooling plate |
-30°C- RT |
| Temperature setting of cryo unit |
The optimal working temperature is approx. -10°C |
| Temperature humidity |
5~45°C, |
| Temperature control precision |
±1% |
| Paraffin flow control |
Finger touch plate and optional foot pedal |
| Power of embedding unit |
1000 W |
| Power of cooling plate |
200 W |
| Working voltage |
AC 220V ± 10%, 50Hz |
| Dimension of paraffin chamber |
270 x 150 x 150 mm |
| Dimension of cryo unit |
345 x 330 mm |
| Dimension of embedding unit |
620 x 560 x 410 mm |
| Dimension of cooling plate |
620 x 380 x 410 mm |
| Net weight of embedding unit |
39 Kg |
| Net weight of cooling plate |
25 Kg |
| Packing dimension |
270 x 150 x 150 mm 750 x 545 x 500 mm |
| Gross weight |
40 Kg 50 Kg |
Features
- 6.5-inch LED touchscreen for intuitive temperature control
- Fully programmable ON/OFF system with auto start/stop
- Low-voltage, bright LED lamp for safe specimen handling
- Drainage tray with 9 holes for convenient wax disposal
- Adjustable paraffin flow handle for up to 4 forceps
- Two heated trays for pre-warming
- Trimming plates on both sides for efficient block trimming
- Independent cold and hot modules for flexible workflow
- Separate control of all working areas
- Manual paraffin dispenser and foot switch for convenience
Applications
- It is widely used in histopathology laboratories for precise paraffin embedding of tissue samples before microtomy. It ensures efficient processing, temperature control and rapid cooling for high throughput specimen preparation.
