Mixers

Mixers are essential laboratory devices used for homogenizing mixtures in scientific research and quality control. These instruments provide consistent, traceable results, often supporting different vessel capacities and adjustable speed ranges for various applications.

  6. PFAUDLER TOLAN DOUBLE CONE VACUUM DRYER - HASTELLOY - 24" DIAMETER

    Mixers/Mills/Blenders

    PFAUDLER TOLAN DOUBLE CONE VACUUM DRYER - HASTELLOY - 24" DIAMETER

    Double Cone Vacuum DryerHastelloy Construction Remanufactured by Tolan Machinery

  9. SPECTRAL DYNAMICS PIND TESTER - PARTICLE IMPACT NOISE DETECTION

    Electrodynamic Shakers

    SPECTRAL DYNAMICS PIND TESTER - PARTICLE IMPACT NOISE DETECTION

    Particle Impact Noise Detection Test System PIND

    The 4501M has been designed to detect loose particles in electronic components such as integrated circuits, transistors, relays, and switches.

Common Applications

Homogenizing samples

Mixing chemical solutions

Particle size reduction

Emulsification processes

Buying Guide

Mixers Buying Guide

When selecting a mixer for laboratory use, it is crucial to assess specific requirements to ensure optimal performance and reliability.

Consider the intended application, whether for simple mixing or complex processes like emulsification. Examine the mixer's speed range and control capabilities for precision.

  • Verify the vessel capacity and compatibility with intended sample types.
  • Evaluate the speed and agitation options for consistency in mixing.
  • Ensure the equipment's build quality and supported media are aligned with the laboratory's needs.
  • Check for ease of cleaning and maintenance, especially in environments requiring stringent hygiene standards.

Frequently Asked Questions

What is the typical capacity of a laboratory mixer?
Laboratory mixers vary in capacity, with some capable of handling multiple vessels, such as the Lab-Line Magnestir with six vessel capacity.
What are the common types of laboratory mixers?
Common types include magnetic stirrers, planetary ball mills, and gear drive mixers, each suited for different mixing and milling applications.
How do laboratory mixers ensure precision in mixing?
These mixers offer features like adjustable speed control and specific mixing mechanisms to ensure repeatability and precision in blending.
What specifications should be considered when selecting a laboratory mixer?
Consider the vessel capacity, mixing speed range, and compatibility with various media to ensure suitability for specific laboratory applications.