KCT-10 Liquid based Cell Ultrathin Automatic Slicing Machine (Membrane Type)

KCT-10 Liquid based Cell Ultrathin Automatic Slicing Machine (Membrane Type)

Performance characteristics

1. Confidential formula - In the wide sea cell preservation solution, there is absolutely no carcinogenic formaldehyde or xylene components (traditional cell preservation solutions must contain formaldehyde components to fix cell morphology, posing a great cancer risk to medical staff)

2. Automatic positioning technology for glass slides, automatically balancing and repairing the membrane plane during operation, without missing diseased cells;

3. After completing the production, the film tube can be automatically pushed and unloaded, avoiding cross infection caused by hand contact with bacteria by operators;

4. When the production machine is running, it automatically detects the quality of the filter tube and sample to avoid white chips and seize the best production opportunity;

5. The unique automatic cleaning technology not only avoids misdiagnosis caused by cross sampling of patients with different diseases, but also protects the operating doctors from bacterial infections, while avoiding the instrument from being blocked by impurities and not functioning properly;

6. Microcomputer fully automatic control, Chinese interface, LCD display, easy and fast operation;

7. Magnetic levitation automatic processing of samples, effectively and uniformly collecting sample cells;

8. Evenly distribute cells, remove impurities such as mucus, red blood cells, and cell debris;

9. Multiple mode selection allows for the production of cervical exfoliated cells, pleural and ascitic fluid, cerebrospinal fluid, tracheal flushing fluid, sputum, and other liquid based cells;

10. The specially designed ionization coating technology for glass slides and the spontaneous preheating of the slides increase the adhesion of cells to the slides, avoiding cell detachment and white slides;

11. The production time for a single film is approximately 2 minutes.