Laboratory homogenizer
A homogenizer is a very important device between the components of a laboratory, since it allows the homogenization of different types of materials; such as tissues, food, plants and other biological or chemical elements.
Homogenization is a very common step in the preparation of biological samples before analysis of nucleic acids and proteins, or of the study of cells, metabolism, pathogenic agents and many other objectives.
There are many models of laboratory homogenizers on the market. Next we will show you different models, tips and information so that your homogenizer is the most appropriate to your processes and feel satisfied with your acquisition.
At Kalstein we present Homogenizers of the highest quality that will allow you to get much more reliable results in your laboratory
Emulsifying machine YR05013 // YR05014
The series of emulsifying machines YR is suitable for mixing low, medium and high viscosity liquids in the laboratory, can cut and emulsify granular material into liquid medium.
Agitation Head YR05008 // YR05012
The YR series of homogenizers is suitable for mixing low, medium and high viscosity liquids in the laboratory, can disperse and homogenize particles, tissues and cells in the middle ...
Ultrasonic Homogenizer YR05015 // YR05020
Ultrasonic homogenizers are powerful tools to mix and homogenize solid-liquid and liquid-liquid suspensions. Ultrasonic homogenization is a process ...
In Kalstein you can find homogenizers for your laboratory
Fluidizing-bed homogenizer
This type of homogenizer operates with a process in which a fluid ascending current can be liquid, gas or both, suspends the solid particles; which behave like a fluid ...
Homogenizer rotor-stator
They have a system designed to achieve an excellent homogenization due to a rotor with edge slats that rotates in a stationary state at high speed having holes, where the fluid is moved ...
Ultrasonic homogenizer
It offers a mechanical process in which particles are reduced in a liquid, with the purpose of obtaining uniformity in its size and distribution (improving the stability of the product). This type of homogenizers are in the market so much ...
Our best selling product
- Single-chip technology + 4.3-inch TFT capacitive touch screen (optional 7-inch), optional computer communication or data printing
- PID control, ultrasonic time, power can be set from 1% to 100%:
- Sample temperature detection frequency automatically tracking, and the fault is automatically alarmed
- With overload protection function and the horn does not invade the liquid,it will automatically protect the horn from damage
- Voice alarm if fault, over temperature or operation error.
What is your ideal laboratory homogenizer?
What is a laboratory homogenizer? - Kalstein
The vortex mixer or homogenizer was invented by the Kraft brothers (Jack A. Kraft and Harold D. Kraft) while working for Scientific Industries (a laboratory equipment manufacturer). The patent was filed by the Kraft brothers on April 6, 1959 and was granted on October 30, 1962. The company...
What is the function of a laboratory homogenizer?
A homogenizer is a very important device among the components of a laboratory, since it allows the homogenization of different types of materials; such as tissues, food, plants and other biological or chemical elements. Homogenization is a very common step in the preparation of biological samples...
What does this equipment consist of?
It consists of an electric motor with the transmission shaft oriented vertically and connected to a cup-shaped rubber piece mounted slightly outside the center. The rubber part motor swings rapidly in a circular motion.
When a test tube or other appropriate container is pressed into the rubber cup (or its edge is touched), the movement is transmitted to the liquid inside and a vortex is created. Most vortex mixers have a variable speed setting and can be configured to run continuously, or to work only when pressure is applied down to the rubber part.
It is an ideal instrument to mix gently and achieve a resuspension of the cells and components of chemical and biological liquids in tubes through the use of an eccentric mechanism.
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