SOLUTION DETAILS
2026-04-08
Ultrasonic Cell Disruptor Buying Guide
How to Choose the Right Sonicator for Your Lab or Production
This guide details how to select a suitable ultrasonic cell disruptor, covering its applications, power and probe selection criteria, key functional features, scenario-based model recommendations
1. Applications
Ultrasonic cell disruptors (also known as sonicators or ultrasonic homogenizers) are widely used in:
- Cell lysis & DNA/RNA extraction
- Protein and enzyme extraction
- Nanomaterial dispersion
- Emulsification & homogenization
- Chemical reaction acceleration
They are ideal for laboratories, universities, biotech companies, and pilot-scale production.
2. How to Choose the Right Model
2.1 Power Selection by Sample Volume
| Sample Volume | Recommended Power | Recommended Models |
| 0.1–100 ml | 150W–500W | BSD-150/250/500 |
| 100–700 ml | 650W–950W | BSD-650/950 |
| ≥1000 ml | 1200W–2000W | BSD-1200/1500/1800/2000 |
Tip:
Higher power increases processing speed, but for sensitive samples (such as proteins), moderate power is recommended to avoid damage.
Share
Feature Product

Ultrasonic Cell Disruptor
Ultrasonic Cell Disrupter is widely used in teaching, research and production in fields such as biology, chemistry, microbiology, pharmacology, physics, zoology, agronomy, medicine and pharmacy.
Explore more
D500 Laboratory High Shear Homogenizer
The BIOSTELLAR D500 Laboratory High Shear Homogenizer is designed for laboratory-scale dispersion, emulsification and sample homogenization. Its rotor–stator system operates at 10,000–30,000 rpm with six selectable speed levels, allowing users to adapt the mixing intensity to different sample requirements. A 550 W motor, detachable dispersing components and automatic overload protection make it a practical choice for formulation research, quality control and routine sample preparation.
Explore more
TH160B Tissue Homogenizer-Rechargeable
The portable Handheld Disperser with stepless speed adjustment fits 0.1~150ml samples and supports outdoor & lab handheld operation.
Explore more
