Laboratory Ultrasonic Mixer

Product Description:

Laboratory ultrasonic mixer is commonly used to uniformly disperse solid particles in liquids, while also enabling high-speed stirring. It is widely applied in fields such as chemistry, biology, and materials science. By utilizing ultrasonic vibration energy, the laboratory ultrasonic mixer effectively address particle agglomeration and improve dispersion efficiency. The high-speed stirring function allows for rapid dispersion of solids in liquids and enhances liquid-solid interactions, thereby accelerating chemical reactions. With simple operation, these devices significantly reduce experimental time and improve overall efficiency. It is suitable for stirring, cleaning, mixing, dissolving, dispersing, and colour matching across a range of industries, including coatings, building materials, chemicals, pigments, resins, and scientific research.

Product Parameter:

Laboratory Ultrasonic Mixer Features:

1.4.3-inch digital display with intelligent digital control;

2.Adjustable ultrasonic time and power, ensuring stable operation;

3.Multiple protection functions including overload, overtemperature, overtime, and over-power;

4.Two operating modes available: pulse mode and continuous mode;

5.High-quality industrial-grade titanium alloy probe, resistant to rust and corrosion;

6.Probes available in various sizes, interchangeable as needed;

7.Ultrasonic generator features stable frequency characteristics and uniform power output;

8.Certified to CE, RoHS, and FCC standards.

Application:

1. Nanomaterial Preparation
Dispersion and exfoliation of carbon nanotubes, graphene, silica, metal oxide nanoparticles, quantum dots, and nanopowders; resolving powder agglomeration issues and preparing stable nanosuspensions.
2. Composite Material Mixing
Ultrasonic mixing of polymer fillers (glass fibers, carbon powder, conductive silver paste, ceramic powder) with resins or solvents; homogenization and dispersion of lithium-ion battery slurries, conductive inks, and thermal interface materials.
3. Colloids and Emulsions
Preparation of nano-emulsions, microspheres, and liposomes; achieving micron- or nano-scale homogenization without the need for high-speed shearing.
4. Biological Sample Pre-treatment
Homogenization of blood and tissue samples for downstream analysis via chromatography or mass spectrometry.

FAQ：

What particle size can laboratory ultrasonic mixer achieve?

Our laboratory ultrasonic mixer can typically achieve particle sizes in the nanometer range (around 50–500 nm), depending on the material and processing conditions.

For optimized systems, particle sizes below 100 nm are achievable, especially for applications like nano-emulsions or fine dispersions.

However, the final particle size depends on several key factors:

Material properties (hardness, viscosity, initial size)

Ultrasonic power and amplitude settings

Processing time

Probe size and immersion depth

Temperature control during operation

Does it support programmable control?

Yes, our laboratory ultrasonic mixer supports full programmable control to ensure precise and repeatable processing.

Key programmable features include:

Processing time control (set total operation time)

Pulse mode (adjustable ON/OFF cycles to reduce heat buildup)

Amplitude control (precise power output adjustment)

Continuous or interval operation modes

These settings allow users to optimize parameters for different samples and ensure high reproducibility, which is essential for laboratory and research applications.