Digital display constant temperature magnetic agitator can be used as auxiliary heating, temperature setting and temperature display, the digital display is intuitive and accurate. Agitator made of ptfe and high quality magnetic steel, resistant to high temperature, wear resistance, chemical corrosion resistance and strong magnetism. It can conduct precise and stable constant temperature agitation of liquid solution in a wide range of speed and temperature, especially suitable for stirring small samples. Digital display constant temperature magnetic agitator is widely used in petroleum, chemical industry, medicine and health, environmental protection, biochemistry, education and scientific research, etc.

Precautions in using constant temperature magnetic agitator with digital display:

1. If the agitator beats or does not stir, please cut off the power to check whether the bottom of the beaker is flat and the position is correct. Meanwhile, please measure it.

2, heating time is generally not too long, intermittent use to extend life, do not heat when stirring.

3. Medium speed operation can work for 8 hours continuously, high speed operation can work for 4 hours continuously, prevent violent vibration when working.

4. Power consumption: the power socket shall be three-hole safety socket, which must be properly grounded.

5. The instrument should be kept clean and dry. Solution should not be allowed to flow into the machine to avoid damage.

Digital display constant temperature magnetic agitator is a laboratory instrument for liquid mixing, mainly used for stirring or at the same time heating mixing of low viscosity liquid or solid liquid mixture. Its basic principle is to use the magnetic field of the same repel, opposites attract principle, using magnetic field to push the magnetic agitator placed in the container for circular movement, so as to achieve the purpose of stirring liquid. With the heating temperature control system, it can heat and control the sample temperature according to the specific experimental requirements, maintain the temperature conditions required by the experimental conditions, and ensure that the liquid mixture meets the experimental requirements.