Non‑Contact Ultrasonic Homogenizer – Pollution‑Free, Efficient, and Easy to Use

Pollution‑Free Operation
This non‑contact ultrasonic homogenizer uses high‑frequency sound waves to mix, emulsify, and disperse samples—without direct contact—eliminating the risk of cross‑contamination.

Efficient & Uniform Mixing
Powerful ultrasonic energy creates alternating high‑ and low‑pressure cycles that break down cells and particles into smaller, more uniform sizes, ensuring optimal homogenization and mixing.

Minimal Heat Generation
The non‑contact process produces low heat, protecting sensitive samples from thermal damage during homogenization.

User‑Friendly Design
Straightforward controls make operation simple, even for first‑time users, while the compact design saves valuable lab space.

Versatile Laboratory Applications
Ideal for DNA extraction, cell disruption, particle size reduction, and other sample preparation needs in molecular biology, biochemistry, and materials science.

Time‑Saving Efficiency
No direct contact means no cleaning between samples, speeding up workflows and improving productivity in busy research environments.

Essential for Sensitive Samples.

This device uses high-frequency sound waves instead of physical contact to homogenize samples effectively. The waves create high and low-pressure cycles, breaking down cells and particles into uniform sizes. It's ideal for sample preparation, ensuring even mixing without cell or particle damage. Plus, it's pollution-free and doesn't need extra cleaning between samples, making it fast and efficient for lab research, especially with sensitive samples.

Simple to Use.

STEP ONE

Connect the wires.

STEP TWO

Put the tube into the sample holder.

STEP THREE

Adjust the sample holder size by rotating the knob. Turning clockwise enlarges it; counterclockwise makes it smaller.

STEP FOUR

Press the power button to turn on the

machine.

APPLICATIONS

Medical Fields

U.S. Solid ultrasonic homogenizer can be applied to disperse and extract active ingredients in the medicine.

Petroleum Fuels

he ultrasonic processor can accelerate the emulsification of water mixed with fuel oil to save oil and reduce exhaust emissions.

Chemicals

Ultrasound speeds up the dispersion and reactions of graphene, carbon nanotubes, fluorescence, and photosensitive materials.

Biological Field

High-energy ultrasound produced from an ultrasonicator is excellent for particle size reduction in insufficient processing time.