96-Well Plate Sonication for Protein Extraction, DNA/RNA and Chromatin Workflows
A 96-well plate sonicator allows laboratories to apply controlled ultrasonic energy across an entire multi-well plate, making it useful for high throughput cell lysis, protein extraction, DNA/RNA fragmentation, chromatin shearing and other molecular biology sample preparation workflows.
Unlike conventional probe sonication, a non contact multi-well system does not… Read more
Best Homogenizer for Cell Lysis: Ultrasonic vs Rotor-Stator vs Bead Mill
The best homogenizer for cell lysis depends primarily on the cell type, sample format, throughput and molecule you are trying to recover.
For many bacterial cell suspensions, protein extraction workflows and liquid biological samples, an ultrasonic homogenizer or sonicator is one of the most effective choices because acoustic cavitation can rapidly disrupt cell membranes… Read more
Rotor-Stator vs Ultrasonic Homogenizer: Which Is Better for Your Lab?
A rotor-stator homogenizer is usually the better starting point for tissue disruption, routine laboratory homogenization, coarse to fine emulsification, suspensions, fibrous samples and applications where mechanical high shear is needed across a broad range of sample volumes.
An ultrasonic homogenizer, or sonicator, is often preferable when the application requires intense l… Read more
5th Oct 2026
96-Well Plate Homogenizer Guide: High-Throughput Sample Preparation for Cell Lysis, Extraction and Research
A 96-well plate homogenizer or plate sonicator allows laboratories to process dozens of samples in parallel instead of homogenizing or sonicating individual tubes one at a time.
For high throughput workflows, two of the most useful approaches are non-contact ultrasonic plate sonication and bead based plate homogenization.
Non-contact so… Read more