High-Speed Refrigerated Centrifuge ADHSC-516

1. How easy is it to operate and maintain the High Speed Refrigerated Centrifuge ADHSC-516?

The centrifuge features an intuitive control panel with a digital display for easy operation and monitoring. Users can quickly set parameters like speed, time, and temperature. Maintenance is straightforward due to its user-friendly design and durable components. Routine checks and cleaning help ensure long-lasting performance. The machine also includes alerts for maintenance and error messages, aiding in smooth operation.

2. Is the High Speed Refrigerated Centrifuge ADHSC-516 suitable for different types of laboratory applications?

Yes, the High Speed Refrigerated Centrifuge ADHSC-516 is designed for a wide range of applications including molecular biology, biochemistry, clinical diagnostics, and pharmaceutical research. Its compatibility with various rotors and adapters makes it highly versatile. It can handle tubes, bottles, and microplates depending on the rotor used. The precise control over speed and temperature enhances its adaptability. This makes it an essential tool for any lab requiring high-speed, temperature-controlled centrifugation.

3. What safety features are included in the High Speed Refrigerated Centrifuge ADHSC-516?

The High Speed Refrigerated Centrifuge ADHSC-516 is equipped with essential safety features such as lid interlock, imbalance detection, and over-speed protection. These systems prevent accidents and protect users during operation. The lid remains locked while the rotor is spinning to avoid accidental exposure. Imbalance detection halts the operation if uneven loading occurs. Such safeguards ensure reliable and secure centrifugation in any laboratory environment.

4. How does the refrigeration system in High Speed Refrigerated Centrifuge ADHSC-516 benefit sample processing?

The advanced refrigeration system in the High Speed Refrigerated Centrifuge ADHSC-516 maintains stable low temperatures during high-speed operation. This is crucial for preserving the integrity of heat-sensitive biological and chemical samples. It prevents sample degradation caused by frictional heat. The temperature range is adjustable, offering flexibility for various protocols. Efficient cooling ensures consistent and reliable results throughout the centrifugation process.

5. What is the maximum speed and capacity of the High Speed Refrigerated Centrifuge ADHSC-516?

The High Speed Refrigerated Centrifuge ADHSC-516 offers a high maximum speed, allowing for efficient separation of samples in less time. It supports a variety of rotors to accommodate different tube sizes and capacities. With its robust design, it is ideal for processing both small and large sample volumes. This versatility makes it suitable for research labs, clinical diagnostics, and industrial use. The speed and rotor options ensure optimal performance for high-throughput tasks.

6. What is a High Speed Refrigerated Centrifuge?

A High Speed Refrigerated Centrifuge is a laboratory instrument that combines high rotational speeds with temperature control to efficiently separate biological samples while preserving their integrity. It is essential for processing heat-sensitive samples by preventing thermal degradation during centrifugation. These centrifuges are widely used in molecular biology, clinical diagnostics, and biochemistry labs.

7. Why is refrigeration important in centrifugation?

Refrigeration helps maintain low temperatures during centrifugation, preventing heat buildup that can degrade temperature-sensitive samples like proteins, enzymes, and nucleic acids. It also minimizes enzymatic activity and preserves the biological function and structure of delicate molecules. This ensures accurate and reliable experimental results.

8. Can the High Speed Refrigerated Centrifuge maintain temperature during the entire run?

Yes, the High Speed Refrigerated Centrifuge system continuously cools the rotor chamber to maintain the set temperature throughout the centrifugation process. This ensures that sensitive samples remain stable and protected from heat-induced damage. Consistent temperature control is critical for reproducible and accurate experimental results.