Enhanced Sample Integrity (through cooling)Integrated refrigeration system minimizes sample degradation by maintaining low temperatures during centrifugation, especially crucial for heat-sensitive biomolecules
This table highlights the key advantages of a High Cool Microcentrifuge, emphasizing its high centrifugation speeds, enhanced sample integrity through cooling, improved resolution of separated components, versatility for various applications, compact design, programmable operation (in most models), and improved safety features (in most models).
| Feature | Benefit |
|---|---|
| High Speed Centrifugation | Attains high speeds (often exceeding 15,000 rpm) for efficient pelleting of various samples, including proteins, nucleic acids, and cell organelles |
| Improved Resolution of Separated Components | High speeds and efficient pelleting allow for better separation of components with similar densities, enhancing experimental results |
| Versatility for Various Applications | Suitable for a wide range of microcentrifugation protocols, including protein purification, RNA isolation, and subcellular fractionation |
| Compact Design (compared to large floor centrifuges) | Fits comfortably on a laboratory bench, saving valuable floor space |
| Programmable Operation (in most models) | Allows for setting specific centrifugation parameters like speed, time, and temperature for precise and reproducible results |
| Improved Safety Features (in most models) | May include lid interlock systems and imbalance detection for safe operation |
