Overview
HUXI JY92-IIN/φ 8mm ultrasonic cell crusher is a multi-functional instrument that uses strong ultrasound to produce cavitation effect in liquid and ultrasonic treatment of substances. It can be used for crushing a variety of animal and plant cells and virus cells, and can be used for emulsification, separation, extraction, defoaming, degassing, cleaning and accelerating chemical reactions.
Features
1. Full-featured, Beautiful Appearance, Reliable performance, SCM technology + 4.3 inch TFT Capacitance Touchscreen control (optional 7 inch), optional computer communication or data printing function
2. High degree of intelligence, centralized control of central microcomputer, ultrasonic time and Power can be set from 1% -100%
3. Sample Temperature Detection Display, Frequency Microcomputer Automatic Tracking, Fault Automatic Alarm
4. Equipped with sound insulation box, reduce noise by more than 70%
5. Equipped with Alcoa 7075 transducer + high-purity titanium alloy horn, the industrial horn can be continuously ultrasonic for more than one hour
6. With overload protection function and automatic protection when the horn is not immersed in liquid
7. Can realize voice alarm function caused by failure, overtemperature or operation error
Principle
The instrument uses strong ultrasound to produce cavitation effect in liquid, performs ultrasonic treatment on substances, and realizes various functions such as cell crushing, emulsification, and separation.
Applications
Teaching, research and production in the fields of biochemistry, microbiology, chemistry, surface chemistry, physics, zoology, agriculture, etc
Steps
1. Connect the power supply and turn it on.
2. Set ultrasonic time, Power and other parameters through Touchscreen
3. Put the sample in the sound box and make sure the horn is immersed in the liquid.
Step 4 Initiate sonication
5. Monitor the processing process and pay attention to alarm prompts
6. Shut down and clean the equipment after processing is completed
Notice
• Make sure the horn is properly immersed in the liquid before use to avoid no-load operation
• Pay attention to the sample temperature to prevent overheating
• Power and time setting range to avoid overload
• Regularly check the status of equipment and deal with fault alarms in a timely manner
• Keep equipment clean to avoid contaminating samples
