Ultrasonic cell crusher (miller) is a multi-functional and multi-purpose instrument that uses strong ultrasound to produce cavitation effect in liquids and ultrasonicate substances. It can be used for the breaking of a variety of animal and plant cells and virus cells. It can also be used for emulsification, separation, homogenization, extraction, defoaming, cleaning and accelerating chemical reactions, etc. It is widely used in biochemistry, microbiology, medicinal chemistry, surface chemistry, physics, zoology and other fields.

Features
1. A new generation of products, complete functions, beautiful appearance, reliable performance, and 4.3 inches TFT Touch screen display
2. High degree of intelligence, centralized control of central microcomputer, ultrasonic time, and arbitrary power setting
3. Sample temperature detection and display, frequency microcomputer tracking, automatic fault alarm
4. A hot-selling soundproof box for supporting exports, reducing voice by more than 70%.
5. A set of matching titanium alloy buoy rods can continuously achieve ultrasound for more than one hour

Technical parameters
◆   Display method: 4.3 inches TFT Touch screen display, optional 7-inch full touch screen
◆   Single ultrasound time: 0.1-9.9 S
◆   Single gap time: 0.1-9.9 S
◆   Total working hours: 1-999 M
◆   Frequency: 20-25 KHz    
◆   Power: 10-650 W（1%-99%） Adjustable   
◆   Crushing capacity: 0.2-500 ML(The corresponding pivoting rod needs to be selected )
◆   Temperature control range: room temperature-90 degrees (optional low temperature constant temperature)
◆   Alarm functions include: temperature, time, overload, no load
◆   Random magnitude: Φ6
◆   Optional amplitude lever: Φ2、3、8、10、12
◆   Duty Cycle: 0.1-99.9%
◆   Power supply: 220 V±5%/ 50Hz（ Customizable 110 V）
◆   Power box +Transducer weight: 16 kg
◆   Power supply chassis size and net weight: 40 ×28×22（CM）;14kg
◆   Features: Use PWM Control the switching power supply, the power is continuously adjustable, and the stability is good, and it can store 50 sets of experimental parameters.