Avanti® JXN-26 Series
Avanti® JXN-30 Series
Avanti® J-26S Series High Performance Centrifuges
Avanti® J-HC High Capacity Centrifuge
Applications of High-Speed Centrifuges
- Key uses of high-speed centrifuges include separating various particle populations from heterogeneous mixtures, extracting specific cellular components, and purifying sub-cellular structures.
- Other applications include harvesting of cells and bacteria, and clarification of samples.
- High-speed refrigerated centrifuges are used to separate and isolate temperature-sensitive biological samples by maintaining a controlled, low-temperature environment for separating macromolecules such as proteins, enzymes, and nucleic acids.
FAQs
A high-speed centrifuge typically operates at speeds ranging from several thousand to tens of thousands rotations per minute (RPM), with RCF values up to tens of thousands times the force of gravity (x g). They are commonly used for routine laboratory applications, such as separating cellular components, purifying proteins, or isolating nucleic acids.
An ultracentrifuge, on the other hand, is specifically designed to achieve much higher speeds and generate significantly higher RCF values. Ultracentrifuges can operate at speeds exceeding 100,000 RPM, with RCF values reaching up to millions times the force of gravity.
Prices can vary based on factors such as maximum speed and RCF, capacity and rotor options, and advanced software features. Centrifuges with higher speeds and advanced features generally require a larger investment, and larger capacity and specialized rotor options can also contribute to final costs. The brand's reputation, availability of customer support, and market dynamics can further influence pricing.
Choosing the appropriate centrifugation speed involves considering factors such as protocol or literature recommendations, sample properties, desired separation or pelleting, established guidelines, pilot experiments, and seeking expert advice.
Avanti centrifuges stand out due to their energy efficiency, reliable performance, safety features and compact design. They offer a 9 L max capacity, 30,000 RPM, and an RCF >100.000 x g. Other advanced features include a faster acceleration/deceleration menu, optimized surface height for easy rotor handling, switched reluctance drive technology for shorter wait times, and a comprehensive rotor library for versatility and sample protection.
Consider their distinct features and applications:
Avanti JXN-26: Enhanced features include MobileFuge for monitoring and control flexibility, advanced data management, and ergonomic design. This model is ideal for shared labs or GMP environments, and offers extensive data management, password protection, and application versatility with an extensive rotor library.
Avanti JXN-30: High-speed centrifuge with a rotor speed of 30,000 RPM and RCF greater than 100,000 x g. The MobileFuge app provides additional flexibility for remote access, notifications, and error handling, with powerful data management and a 15" LED touchscreen.
Avanti J-HC (High Capacity): Designed for batch bioprocessing with a maximum capacity of 9 Liters, ideal for processing large volumes. The Avanti J-HC is compatible with both high-capacity swinging bucket rotors and with high-throughput fixed angle rotors.
Avanti J-26S: Offers versatile applications, enhanced safety with multi-level biocontainment systems, making it suitable for various lab environments.
When choosing the right centrifuge, consider factors such as sample throughput, capacity, safety features, and application versatility to match your specific laboratory requirements. You can also contact our life sciences expert to help you choose right centrifuge for your application.
The Avanti JXN-26 and Avanti JXN-30 offer flexibility with advanced remote monitoring (MobileFuge) and control features, enabling users to access and monitor data remotely, receive system notifications via email, manage operator permissions, and address error handling through a network or mobile device.
The Avanti J-26S series combines high performance with features such as automatic rotor identification, low heat output, imbalance tolerance, and quiet performance. It provides simplified high-throughput sample processing along with remote monitoring capabilities.
