Ultrasonic Homogenizer

The ultrasonic homogenizer is a versatile, multi-purpose instrument that utilizes intense ultrasonic waves to generate cavitation effects in liquids for processing materials. It can be used for homogenizing animal and plant tissues, cells, bacteria, and spore cultures, while also serving for emulsification, separation, dispersion, homogenization, extraction, degassing, cleaning, and accelerating chemical reactions.

Our self-developed and manufactured ultrasonic homogenizer integrates a soundproof enclosure into the main unit for a unified design. It features comprehensive functionality, a modern appearance, and reliable performance. The instrument employs a large LCD display with centralized microcomputer control, offering functions such as ultrasonic output, interval time, ultrasonic power, sample temperature monitoring and display, automatic frequency tracking, and automatic fault alarms.

The ultrasonic disruptor utilizes the dispersive effect of ultrasonic waves in liquids to induce cavitation, thereby breaking down solid particles or cellular tissues within the liquid. The instrument consists of two main components: an ultrasonic generator and a transducer. The ultrasonic generator converts mains electricity into 20-25KHz alternating electrical energy supplied to the transducer. The heart of the transducer is a barium zirconate titanate piezoelectric crystal. It undergoes elastic expansion and contraction at a frequency of 20-25 kHz in response to the alternating voltage, causing the transducer to vibrate longitudinally. These vibrations generate cavitation effects through a titanium alloy horn immersed in the biological solution, inducing intense vibration of the biological particles within the medium.

1. Disrupting animal/plant cells, bacteria, spores, or tissues.
2. Dispersing rare earths and various inorganic mineral powders.
3. Accelerating chemical, biological, and physical reaction rates; ideal for accelerating liquid degassing.
4. Preparing emulsions near one-hundredth of a micron in size; homogenizing “difficult-to-mix” solutions; polymerizing certain substances while precipitating others.
In summary, ultrasonic disruptors perform multiple functions including extraction, pulverization, emulsification, homogenization, suspension preparation, mutation induction, aerosol generation, accelerated desolvation, crystallization, and preparation of biological samples for electron microscopy. They are suitable for teaching, research, and production in biochemistry, microbiology, medicinal chemistry, surface chemistry, physics, zoology, agronomy, medicine, and pharmaceuticals.

• Integrated structure design minimizes laboratory space requirements.

• Large acrylic viewing window facilitates cleaning and observation.

• Features intelligent MCU digital integrated circuit supporting intermittent/continuous operation modes.

• Includes test and run modes with pause or stop functionality.

• 7-inch medical-grade LCD touchscreen with high resolution, intuitive interface, and smooth operation.

• Equipped with motorized platform height adjustment, LED illumination system, and UV sterilization function.

• Low-noise metal housing with high-quality soundproofing material in the sandwich layer ensures excellent noise reduction and maintains a clean, hygienic working chamber.

• Rear expansion ports support manual switches or foot pedals for precise manual control, or external device integration (e.g., thermostats, stirrers).

• Stores up to 256 sets of engineering parameters for convenient configuration and retrieval by operators.

• Equipment settings for ultrasonic on time, ultrasonic off time, and total time can be adjusted with 0.1-second precision.

• Features automatic horn matching, automatic frequency tracking, and automatic fault alarm (or protection) functions.

• The ultrasonic transducer employs TC4 military-grade titanium alloy material, offering high strength, excellent corrosion resistance, and superior heat resistance.