Mechanical stirrers Lab Mixer

mechanical stirrers application

Mechanical stirrers, also known as stir plates, are commonly used in laboratory settings for a variety of applications including

Products Details

Mechanical stirrers, also known as stir plates, are commonly used in laboratory settings for a variety of applications including:  1. Mixing and blending of liquids: Mechanical stirrers are used to mix and blend liquids, such as in the preparation of solutions or in chemical reactions. The stirrer creates a vortex in the liquid, which helps to disperse the components evenly.  2. Suspensions and emulsions: Mechanical stirrers are also used to create suspensions and emulsions, where small particles are evenly distributed throughout a liquid. This is important in the production of pharmaceuticals, paints, and other products. 5. Quality control: Mechanical stirrers are used in quality control testing to ensure consistency and accuracy of test results. They are commonly used in the food and beverage industry to test for the homogeneity of products.
Model RWD100
Adapter input voltage V  100~240 
Adapter output voltage V 24
Frequency Hz 50~60
Speed range rpm 30~2200

Speed display

LCD
Speed accuracy rpm ±1
Timing range min  1~9999
time display LCD
Maximum torque N.cm 60
Maximum viscosity MPa. s 50000
Input power W  120
Output power W 100
Protection level IP42
motor protection Display fault automatic stop
overload protection Display fault automatic stop
Lab Mixer   are used to mix liquid solutions or powders in a container by applying rotational force.  some features of Lab Mixer  1. Adjustable speed: Mechanical stirrers usually have an adjustable speed control that allows the user to select the appropriate speed for different applications.  2. Multiple stirring modes: Some mechanical stirrers come with multiple stirring modes, such as clockwise and counterclockwise rotation, intermittent stirring or oscillating stirring, to ensure proper mixing.  3. Ease of use: Lab Mixer  are designed to be easy to use and require minimal setup. They can be attached to a lab bench or work table, and operate with the push of a button.  4. Durability: Mechanical stirrers are built to withstand heavy use and are made from high-quality materials like stainless steel, to ensure longevity and reduce the risk of contamination.  5. Safety features: Most mechanical stirrers come with safety features like automatic shut-off when the motor overheats or the stirring paddle is blocked.  6. Versatility: Mechanical stirrers can be used in various applications, including mixing chemicals, suspending cells in culture media, and dissolving solids in liquids.  7. Compatibility: Mechanical stirrers are compatible with a range of vessels like beakers, Erlenmeyer flasks, and test tubes, making them ideal for research and laboratory applications.  8. Easy cleaning: Many mechanical stirrers have a removable stirring paddle, making them easy to clean and maintain, reducing the risk of contamination.

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