Warehouse Overstock Promotion |  Save 10%  on Premium Lab Supplies |  Shop Now

Menu

Different Types of Lab Shakers and Rotators

Posted by BD TEAM on

Buy Lab Shakers and Rotators from MSE Supplies

Lab shakers and rotators are designed to agitate or mix substances within various types of containers, such as flasks, beakers, test tubes, or microplates. It is used in scientific and research laboratories for a variety of purposes, including mixing reagents, solvents, or samples, as well as cultivating microbial cultures and other biological materials.

Lab shakers can have various features, such as adjustable speed and motion, temperature control, and sometimes even humidity control. They're widely used in fields like biology, chemistry, microbiology, pharmaceuticals, and more, where precise and consistent mixing or agitation is essential for experiments, reactions, or culturing purposes.

 

Buy Lab Shakers and Rotators from MSE Supplies

Some common types of lab shakers include:

  • Orbital Shaker: This type of shaker uses a circular shaking motion to agitate the contents of the containers placed on the platform. It is often used for culturing cells, incubation, and general mixing.
  • Reciprocating Shaker: These shakers move containers back and forth in a linear motion, making them suitable for more aggressive mixing or dissolving solid materials.
  • Rotary Shaker: A rotary shaker uses a rotating motion to mix the contents of containers. It's often used for applications that require gentle mixing, such as staining or destaining gels.
  • Vortex Shaker: Unlike the other types, a vortex shaker is designed to hold and vibrate a single container in a circular motion on a platform. It's commonly used for mixing small volumes of liquid samples.

Buy Lab Shakers and Rotators from MSE Supplies


Related Posts

How to Choose the Right Laboratory Pump for Your Workflow
How to Choose the Right Laboratory Pump for Your Workflow
Selecting the right laboratory pump can make or break your workflow. Whether you’re transferring liquids, creating va...
Read More
What Researchers Should Know About Planning High-Temperature Experiments
What Researchers Should Know About Planning High-Temperature Experiments
High-temperature research drives innovation across materials science, metallurgy, ceramics, energy systems, chemistry...
Read More
E. Coli Breakthrough Points to Greener Future for Plastics
E. Coli Breakthrough Points to Greener Future for Plastics
Plastic waste remains one of the most pressing environmental concerns in modern society. Despite efforts to reduce si...
Read More

Share this post



← Older Post Newer Post →