Overview
HUXI Vortex-2A Vortex Mixer is a laboratory instrument with simple and reliable structure, small size, low power consumption and low noise. It is widely used in experimental fields such as biochemistry, genetic engineering, medicine, etc. It can perform high-speed vortex mixing of liquid-liquid, liquid-solid, solid-solid (powder), and the mixing speed is fast, uniform and thorough.
Features
1. Adopting stepless speed regulation, the maximum speed can reach 2800RPM;
2. Eccentric spherical shaft design, easy to install the vibration head;
3. Soft silicone foot pads to prevent the instrument from moving during high-speed vibration, compact in appearance, shockproof, suitable for high-speed work;
4. Small size, low power consumption and low noise.
5. The body adopts enhanced engineering plastic molding technology, the body has no paints lame plating, acid and alkali resistance, collision resistance;
6. The work surface is all made of corrosion-resistant, wear-resistant and safe TPU materials, which changes the characteristics of the original sponge table surface that is easily damaged.
7. The instrument integrates functions such as continuous, point vibration, and speed regulation, providing a fast operating platform for experiments.
Principle
The Vortex-2A vortex Mixer is designed to generate circular oscillation through an eccentric spherical shaft, and is driven by a shaded pole motor to achieve a speed range of 0-2800rpm. It can quickly mix liquids, powders and other samples in a high-speed vortex manner.
Applications
Biochemistry, genetic engineering, medicine
Steps
Connect the power supply to ensure that the voltage is within the range of 200 to 240V (or optional 100 to 120V).
2. Place the sample on the wear-resistant standard head;
3. Adjust the speed to the desired range (0~ 2800rpm) through the knob;
4. Select the working mode: jog or continuous;
5. Start the instrument for mixing operation.
6. Turn off the power after use and clean the countertop.
Notice
• Power supply voltage meets requirements (200~ 240V or optional 100~ 120V);
• The working environment temperature of the instrument should be between 5-40 ° C, and the relative humidity should not exceed 80%;
• Use soft silicone foot pads to prevent the instrument from moving;
• Avoid operating in humid or corrosive environments;
• Regularly check instrument components to ensure safe operation.
