DXY LCD Digital Laboratory Magnetic Stirrer with two Stir Bar Home Mini Drink Sauces Coffee Mixer 3000/5000ml Vortex Equipment

Description:

   DXY magnetic stirrer, the basic principle is to use the principle of magnetic field of homogeneous repulsion, opposites attract each other, using the magnetic field to push the magnetic stirrer placed in the container for circular operation, so as to achieve the purpose of stirring liquid, widely used in chemical medicine, microbiology and biotechnology, as well as education and research, and also can be used in life to stir coffee and milk powder, etc., is It is the ideal equipment for laboratory and small batch processing center.

Features:

1. Integral injection molding process, with the advantages of compact size, lightweight and strong support.

2. Low power consumption, silent, strong magnetic force and other characteristics.

3. Power supply using 100-240V power supply, suitable for most countries around the world.

4. Beautiful appearance, the panel is composed of brushed 304 stainless steel articulation, strong anti-corrosion ability.

5. The shell has a waterproof function, when in the stirring without worrying about spilling liquid to damage the instrument, and easy to clean.

6. DXY-MSA and DXY-MSA-5L are equipped with digital display speed function, which can display the current stirring speed in real time. (The rotation speed may vary slightly, because the liquid inside the vessel will rotate at high speed when stirring, and the force on the magnet inside the vessel will change, thus causing the rotation speed to vary slightly).

7. High stirring strength, DXY-MS and DXY-MSA can stir 3000ml of water at the highest speed under the magnet equipped with C8*30 (30mm long), DXY-MS-5L and DXY-MSA-5L can stir 5000ml of water at the highest speed under the stirring bar equipped with C8*35 (35mm long), and the operation is stable (we use beaker in the experiment. The stirring volume will be reduced if the lower part of the container is very thick).

Technical parameters