Tissue Floatation Processor china

Specification information:
•Assembled advanced heating material achieves quick heating, high efficiency, and long service life. 
•Using laser sensor，more accurate control and measurement of temperature. 
•The touch screen displays the actual temperature and the presetting temperature respectively. The real-time display of working status to show the working progress more obvious.
•Equipped with memory function, it can set the time of automatic startup and shutdown at work, and automatically retains the set temperature after the operation.
• Borosilicate tempered glass bath, excellent thermostability.
• LED lighting system illuminates the transparent heating bath, clear observation. 
• The special coating material with strong resistance to corrosion and abrasion.

Technical specification: 
•Capacity: 2.3L
•Temperature prefabricate : 0~100℃ set arbitrarily
•Rating Power: 300W
•Thermostatic control with an accuracy of ±0.5°C
• Power Supply: AC110V-220V   50Hz/60Hz
•Dimension: 330×370×140mm(outside), 230x230x60mm (floating bath)
•Weight: 8kg

Standard Accessory 
1 Power Wire
2 pcs Fuse

See Price list for more detail !

Tissue Floatation Processor:In the realm of modern medical research and pathological diagnosis, the Tissue Floatation Processor stands out as a remarkable and indispensable device.

One of the most striking features of the Tissue Floatation Processor is its wide applicability. It can handle various types of tissues with ease. Whether it is the soft brain tissue, the tough muscle tissue, or the complex organ tissues, it is up to the task. In different medical research fields, such as tumor research, neuroscience research, and cardiovascular disease research, it is an essential and reliable assistant. In the field of pathology, whether for routine disease diagnosis or the study of rare diseases, it can provide high - quality tissue processing results, laying a solid foundation for accurate diagnosis.

Maintaining the integrity of tissue samples during processing is crucial, and the Tissue Floatation Processor excels in this regard. It adopts a gentle yet effective processing method, avoiding any unnecessary damage to the tissue samples. This means that when observed under a microscope, the cellular structure of the tissue and the connections between cells can be clearly presented. For researchers, intact samples can provide more comprehensive and accurate information, facilitating in - depth exploration of disease - causing mechanisms and drug targets. For pathologists, intact samples are helpful for identifying the subtle features of diseased tissues and improving the accuracy of diagnosis.

In addition to its powerful functions, the Tissue Floatation Processor also features a user - friendly design. Its operation interface is simple and intuitive, allowing even novice users to get started quickly. The maintenance of the device is relatively straightforward, reducing concerns during use. This human - centered design concept has enabled it to be rapidly promoted and applied in various laboratories and medical institutions.

In conclusion, the Tissue Floatation Processor, with its precise technology, efficient workflow, wide applicability, sample integrity protection, and user - friendly design, has become a powerful tool in the fields of medical research and pathology, continuously driving the development and progress of medical science.