RUCC-A:
1. Portable design: Lightweight handheld structure, easy to operate flexibly on the laboratory bench or in specific environments.
2. High-efficiency disruption: The horn acts directly on the sample, with concentrated energy and fast disruption speed.
3. Adjustable parameters: Supports power parameter adjustment, suitable for different sample types (such as animal and plant cells, bacteria, tissues, etc.).
4. Safe and reliable: Equipped with overload protection function and low noise design. 
RUCC-B:
1. The horn is made of TC4 military-grade titanium alloy, which features high strength, excellent corrosion resistance and high heat resistance.
2. The large acrylic window is easy to clean and observe through. 
RUCC-C:
1. The integrated structure design reduces the space occupied in the laboratory.
2. It adopts an intelligent MCU digital integrated circuit and supports intermittent/continuous operation modes.
3. The 7-inch medical-grade LCD touch screen has high resolution, an intuitive interface and smooth operation.
4. The low-noise metal casing has high-quality sound insulation material in the interlayer, providing good sound insulation and keeping the working chamber clean and hygienic.
5. The horn is made of TC4 military-grade titanium alloy, which is of high strength, good corrosion resistance and high heat resistance.
6. The large acrylic window is easy to clean and observe.

Working Environment Conditions:
1. Environment: Strong electromagnetic interference and vibration should be avoided.
2. Ventilation: Ensure adequate ventilation for heat dissipation.

Precautions:
1. Operational Safety: Appropriate personal protective equipment such as laboratory coats, gloves, and goggles should be worn.
2. Sample Preparation: Ensure that the sample is uniformly distributed. Avoid overloading or underloading the sample to prevent poor disruption effects or equipment damage.
3. Parameter Settings: The power, frequency, and processing time of the ultrasonic waves should be set correctly based on the sample type and experimental requirements.
4. Equipment Inspection: Before use, check whether the equipment is functioning properly, including power cords, probes, and control panels.
5. Avoid Unloaded Operation: Do not operate the equipment without samples to avoid damaging the ultrasonic probe.
6. Temperature Control: If necessary, use the temperature control function to prevent the sample from overheating.
7. Cleaning and Maintenance: Clean the equipment promptly after use and conduct regular maintenance to ensure the long-term stable operation of the equipment.
8. Power Management: Ensure that the equipment is connected to a stable power supply and the power is turned off when not in use.