1. High security

The magnetic stirrer adopts the principle of magnetic transmission, which completely isolates the power of the stirrer from contact with the reagent, without mechanical transmission components, avoiding the danger of container damage or loosening during the mechanical stirring process. At the same time, it also avoids problems such as impact and noise caused by high-speed rotation. Therefore, magnetic stirrers are favored by many laboratories.

2. Exquisite design

The design of magnetic stirrers is very sophisticated, and most stirrers have an adjustable rotation speed adjustment knob, which can easily control the speed of the stirrer to meet the needs of different experiments. At the same time, it also has a platform that can accommodate various containers and has strong adaptability. The magnetic stirrer can effectively control the stirring force during the stirring process, and manual adjustment is very convenient, greatly reducing the difficulty of operation.

3. Less land occupation

Magnetic stirrers have a small footprint and are much smaller than traditional mechanical stirrers, making them ideal for use in laboratories with limited space, especially in small laboratories and factories. In addition, due to the lack of mechanical transmission devices, it has become an indispensable and space saving professional equipment in nanotechnology laboratories.

4. Easy to operate

The operation of a magnetic stirrer is very simple. Simply place the container in a heating plate, add the liquid, and place the magnetic rod into the container to start stirring. Meanwhile, by controlling the rotation speed, the speed and range of stirring can be controlled. It can also easily achieve long-term stable stirring, which is very suitable for fields that require large-scale production, high automation, and automatic detection.

5. Easy to clean

The components of the magnetic stirrer can be disassembled, making it very easy to clean and disinfect. During the cleaning process, simply wipe the heating plate clean. In addition, due to the lack of mechanical transmission devices, it can also be used in reaction systems with a large amount of reaction waste, making it more convenient to handle reaction residues in experiments.