Specifications Table

Product Name – RESEARCH CENTRIFUGE

Quantity/Pack Size – max. speed 6900, max. speed 7000, max. speed 17300, max. speed 20000

Form – Benchtop Unit

Grade – Premium Laboratory Grade

Application – Nucleic Acid Purification, Cell Component Isolation, Virus Concentrates

Product Overview

The eqipped Research Centrifuge, reaching an exceptional maximum speed of 20000 RPM, represents the pinnacle of laboratory separation technology, designed for the most demanding and sensitive research applications. This premium benchtop unit integrates a high-performance, maintenance-free induction motor, ensuring whisper-quiet operation and extreme longevity, even under continuous, high-intensity usage. Its state-of-the-art microprocessor control system provides unparalleled precision in setting speed, RCF, time, and sophisticated acceleration/deceleration profiles, guaranteeing highly reproducible and accurate results crucial for advanced scientific endeavors. Comprehensive safety features, including an automatic lid-locking system, dynamic rotor imbalance detection, and multiple layers of over-speed protection, provide an extremely secure operating environment. Constructed from superior-grade, chemically resistant materials, the centrifuge chamber and rotor are built for maximum durability and effortless cleaning, meeting the most stringent hygiene standards. The intuitive touchscreen interface and comprehensive programming options simplify complex protocols, making it the ideal choice for molecular biology, proteomics, and advanced cell biology research. This centrifuge is a vital tool for any laboratory aiming for ultimate efficiency and precision in sample preparation.

FAQs

1. What kind of rotor options are available for this 20000 RPM centrifuge?

For a 20000 RPM centrifuge, a variety of high-strength fixed-angle rotors are typically available, designed to accommodate microcentrifuge tubes (1.5/2.0 mL), PCR strip tubes, and sometimes smaller volume tubes, optimized for generating high RCF values.

2. How does the user interface facilitate precise control at such high speeds?

The intuitive touchscreen interface allows for precise digital control over all operational parameters, including speed, time, acceleration, and deceleration rates. It often features programmable memory for storing frequently used protocols, ensuring consistent and accurate execution for high-speed separations.

3. Is this centrifuge suitable for isolating extremely small particles, like viruses?

Yes, the extremely high centrifugal force generated by a 20000 RPM centrifuge is highly effective for isolating and concentrating very small particles, including viruses, exosomes, and various subcellular components, making it a critical tool in virology and nanotechnology research.

4. What are the environmental considerations for operating such a high-speed centrifuge?

Given its high speed, ensuring a stable, level surface is crucial to prevent vibration. Adequate ventilation around the unit is also important to dissipate heat. While many models are designed for ambient operation, some labs may prefer a temperature-controlled environment for optimal performance and sample integrity.

5. Can this centrifuge be integrated into automated lab workflows?

While primarily a standalone benchtop unit, modern centrifuges often offer communication ports or data logging capabilities that can be integrated into broader lab management systems or research data platforms, allowing for better tracking and analysis of experimental runs.