The magnetic stirrer is driven by a micro-motor to rotate an important high-temperature resistant magnet to generate a rotating magnetic field to drive the stirrer in the container to rotate, thereby stirring and heating the liquid in the container, so that the solution is fully mixed at the set temperature. Magnetic stirrer is widely used in biology, medicine, chemistry, chemical industry and other fields.

Features:

1. The shell is made of special flame-retardant reinforced plastic injection molding, which has very high heat resistance and corrosion resistance.

2. The stirring speed and heating temperature are continuously adjustable, suitable for the stirring of solvents of different viscosity.

3. The heating plate is made of aluminum alloy, and the exterior is sprayed with Teflon material, so that it not only has good thermal conductivity, but also has good resistance to cold and heat and corrosion.

4. The bottom of the heating plate adopts a double heat insulation design, which can fully improve the thermal efficiency and prevent the heat from being conducted to the casing.

5. The integrally formed casing and the convex surface design on its upper part can effectively prevent accidentally overflowing solution from flowing into the mixer and damaging the electronic devices during the mixing process.

6. Adopting DC speed-adjusting motor as the driving motor of the stir bar, which can adjust the speed steadily and continuously from 0-1600rpm.

7. The speed is stable and not affected by voltage changes.

8. The temperature of the heating plate can reach 350ºC.

9. AM-5250A can be connected with AM-50A temperature controller.

10. The PID control of the microprocessor greatly improves the temperature control accuracy, and the overshoot is small.

11. An AM-PT100 sensor can be connected to directly control the temperature of the solution in the container.

12. With forward and reverse function (AM-6250B), the alternate time is adjustable from 0.5 to 3.0 minutes.

13. The heating plate is made of aluminum alloy, and the outside is sprayed with Teflon material, which has significant heat conduction effect, cold and heat resistance and corrosion resistance.

14. The heating plate adopts a double heat insulation design, which fully improves the thermal efficiency and prevents heat from being transferred into the casing.