Centrifuges

Centrifuges are essential laboratory instruments used to separate components of a mixture by density through rapid spinning. They support precise measurement capabilities with top speeds reaching up to 13300 RPM, refrigeration down to temperature-specific requirements, and various rotor configurations, ensuring high-resolution and repeatability in sample separations.

  1. EPPENDORF REFRIGERATED CENTRIFUGE

    Centrifuges

    EPPENDORF REFRIGERATED CENTRIFUGE

    Refrigerated Centrifuge Eppendorf 5042

  2. FISHER SCIENTIFIC REFRIGERATED CENTRIFUGE 13300 RPM

    Centrifuges

    FISHER SCIENTIFIC REFRIGERATED CENTRIFUGE 13300 RPM

    Refrigerated Centrifuge

    Make: Fisher Scientific

    Model: accuSpin Micro 17R m/n 75002463

    1 unit @ Best Price

    Scotia, NY US

    Item 227967

Common Applications

sample separation

density gradient centrifugation

protein purification

cell fractionation

nucleic acid isolation

biological research

Buying Guide

Centrifuge Buying Guide

Selecting the right centrifuge for your laboratory hinges on understanding the specific requirements of your applications. Factors like speed, capacity, and temperature control are crucial for optimal performance.

Consider the rotor types and their compatibility with your intended sample tubes or plates. Additionally, evaluate the maximum speed and whether refrigeration is necessary to prevent heat-sensitive samples from degradation.

  • Verify the maximum RPM and ensure it aligns with your separation needs.
  • Consider refrigeration capabilities for sensitive biological materials.
  • Check rotor compatibility with your sample type and volume requirements.
  • Ensure the equipment's calibration and maintenance status for reliable operation.

Frequently Asked Questions

What is the maximum speed of a refrigerated centrifuge?
The maximum speed for refrigerated centrifuges listed here can reach up to 13300 RPM, allowing for efficient sample separation.
Why is refrigeration important in centrifuges?
Refrigeration helps maintain sample integrity by preventing heat-sensitive substances from denaturing during high-speed spins.
What types of samples can be separated using centrifuges?
Centrifuges can separate a wide range of samples including cells, proteins, nucleic acids, and other biological materials based on density.
How do I ensure the accuracy of a centrifuge?
Check the calibration status and specifications such as rotor type, maximum RPM, and temperature range to ensure accurate and repeatable separations.