Floor Model Centrifuge

Introduction

A floor model centrifuge is designed for high-capacity sample separation in laboratories and clinical facilities. It is widely used in biochemistry, blood processing, and industrial sample preparation. The system ensures efficient phase separation. It solves low throughput limitations of bench centrifuges. By providing high-speed rotation and large capacity, it supports high-volume laboratory workflows.

Features

Offers a wide range of high-stable performance for consistent experimental results Floor Model Centrifuges. They are designed for high-throughput processing, making them ideal for applications where large volumes of samples need to be processed. These centrifugess have adjustable temperature ranges, various rotor options for different sample types, and advanced control systems for precise operation. Centrifuges are suitable for various scientific and clinical applications, including large-scale sample preparation, DNA/RNA/protein research, and clinical applications.

FAQs

1. What is a Floor Model Centrifuge and how is it different from a benchtop centrifuge?

Foor Model Centrifuge is a high-capacity, free-standing unit designed to handle large sample volumes and higher speeds compared to benchtop centrifuges. It typically offers enhanced rotor capacity, greater centrifugal force, and is ideal for high-throughput laboratories where benchtop space is limited.

2. What types of rotors are compatible with Floor Model Centrifuge?

Floor model centrifuges are compatible with a variety of rotors, including swing-out rotors for low-speed applications and fixed-angle rotors for high-speed separations. Many models support interchangeable rotors to handle different tube sizes, bottles, and microplates.

3. What are the common applications of Floor Model Centrifuge?

Our Floor Model Centrifuges are widely used for blood component separation, cell harvesting, protein purification, nucleic acid isolation, and industrial processing. They are essential in clinical labs, pharmaceutical manufacturing, research facilities, and biotechnology environments.

4. How do I choose the right Floor Model Centrifuge for my lab?

Consider factors such as maximum speed (RPM), relative centrifugal force (RCF), rotor capacity, temperature control, and available rotor types. Labs handling temperature-sensitive samples should select a refrigerated model. Also, evaluate the noise level, footprint, and safety features.

5. Does Floor Model Centrifuge offer temperature control?

Yes, many Floor Model Centrifuges come with built-in refrigeration systems that maintain temperatures typically ranging from -20°C to +40°C. This is particularly important for preserving the integrity of biological samples during high-speed spins.