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Analog Vortex Mixer LBN-AV151
Analog Vortex Mixer LBN-AV151-1
Analog Vortex Mixer
Analog Vortex Mixer

Analog Vortex Mixer LBN-AV151

Analog Vortex Mixer LBN-AV151 features a rotary dial for adjusting speed and time. It operates in three modes: touch, timed and continuous, controlled by a three-way switch. Equipped with a maximum speed of 3000 rpm, it mixes 50ml samples in just three seconds. Integrated with a metallic base and dynamic balancing, it ensures stability and vibration dampening during operation. Our small Analog Vortex Mixer is suitable for efficient and accurate mixing applications in laboratories.

Movement Continuous/Touch Operation
Orbital Diameter 6mm
Speed 0 to 3000 rpm
Ambient Temperature 5℃ to 40℃
Relative Humidity 0.8
Display LED
Motor Rotating Input 30W
Motor Rotating Output 15W
Power Consumption 36W
Power Supply 100 to 240V
Frequency 50 to 60 Hz
Dimension (W×H×D) 107×146×166 mm
Weight 3 kg
  • 6mm orbital diameter
  • LED display
  • Brushless DC motor
  • USB interface
  • Low operation voltage
  • Light indicator shows battery level and working status

Analog Vortex Mixer LBN-AV151is suitable for applications in re-suspending liquids, mixing reagents, buffers, and emulsions, drug extractions, and mixing samples etc. at clinical laboratories, medical centers, hospitals, pharmaceutical labs, and biotechnology industries.

Analog Vortex Mixer LBN-AV151is suitable for applications in re-suspending liquids, mixing reagents, buffers, and emulsions, drug extractions, and mixing samples etc. at clinical laboratories, medical centers, hospitals, pharmaceutical labs, and biotechnology industries.

Most Frequently Asked Questions

1. How does an Analog Vortex Mixer work?

Ans. It operates by using a motor-driven oscillating platform that rapidly agitates the liquid when a container is pressed against it, ensuring thorough mixing.

2. What types of mixing modes are available?

Ans. Analog vortex mixers support touch mode (activated by pressing the tube) and continuous mode (constant mixing without pressure activation).

3. Is it suitable for high-viscosity liquids?

Ans. While it can mix low to moderate viscosity liquids efficiently, highly viscous samples may require a more powerful mixer or extended mixing time.

4. Does it require special maintenance?

Ans. Regular maintenance includes cleaning the platform, ensuring the motor is dust-free, and checking for wear on rubber components to maintain optimal performance.

5. Is it stable during high-speed mixing?

Ans. Most models are designed with anti-slip feet and a balanced motor system to ensure stability and prevent movement during operation.