8 Bucket Centrifuge |Modern Multipurpose Centrifuge

120,000.00

Features:
  • Swing-Bucket Rotors: The defining feature of a bucket centrifuge is its swing-bucket rotor. 
  • Horizontal Position During Operation: When running, the buckets swing out horizontally, allowing denser particles to settle to the bottom of the tube and lighter particles to rise to the top. 
  • Vertical Position at Rest: When the centrifuge is not in operation, the buckets hang vertically. 
  • Easy Separation: The swing-bucket design facilitates easy separation of phases and density gradients. 
  • Stable Performance: Bucket centrifuges are known for their stable performance and reliable results. 
  • Adjustable Speed: Many bucket centrifuges have adjustable speed settings, allowing users to optimize the centrifugation process for different samples and applications. 
  • Safety Features: They often incorporate safety features, such as automatic balance adjustment and built-in safety mechanisms. 
  • Compact Size: Some bucket centrifuges are designed to be compact, saving valuable laboratory bench space. 
  • User-Friendly Interface: They often have eeasy-to-use interfaces, making operation straightforward for all users. 
8 bucket centrifuge, used for separating samples based on density, features swing-bucket rotors that allow tubes to swing out horizontally during operation, facilitating easy separation of phases and density gradients. Here's a more detailed explanation: Uses: Laboratory Separations: Bucket centrifuges are widely used in various laboratories to separate fluids, gases, or liquids based on density. Separating Phases: They excel at separating different phases in a sample, such as separating blood cells from plasma or isolating proteins from a solution.

120,000.00

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Description

Product Description

Uses Of 8Bucket Centrifuge
  • Bucket centrifuges are widely used in various laboratories to separate fluids, gases, or liquids based on density. 
  • They excel at separating different phases in a sample, such as separating blood cells from plasma or isolating proteins from a solution. 
  • They are particularly effective at resolving density gradients, meaning they can separate particles or substances with slight density differences. 
  • They are commonly used in medical laboratories for tasks like blood sample analysis, serum and plasma separation, and immune qualitative analysis.
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