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

Tip:
Higher power increases processing speed, but for sensitive samples (such as proteins), moderate power is recommended to avoid damage.

2.2 Probe (Horn) Selection

• Smaller probe = higher energy concentration (ideal for cell disruption)
• Larger probe = suitable for larger volume processing

3. Model Recommendations by Application

• Laboratory research: 500W–950W models
• Universities / teaching: mid-range models with multiple probes
• Pilot production / scale-up: 1200W+ or continuous flow systems
• Nanomaterials & emulsification: high-power models

4. Warranty & Support

• 1-year warranty (non-consumable parts)
• Lifetime technical support

Get Expert Recommendation

Not sure which model to choose?

Please provide:

• Sample type
• Processing volume (ml)
• Application

And contact us:

• Anna
• Phone: +86 15949843547
• E-mail: anna@biostellarlab.com                                             

We will recommend the most suitable ultrasonic cell disruptor for your needs.