ME220 Focused-ultrasonicator™

…1 to 8 sample batch processing at the bench-top

  • The “Scientist’s Standard” in a compact, easy-to-use system, formatted for batch-processing
  • Precise and accurate results with AFA-energetics
  • Integrated chiller and automated water management
  • Powerful SonoLab software with pre-loaded protocols
  • Less than 2 minute start-up time

The automated water management system provides a 30-day run capacity, making it virtually maintenance-free.

The ME220 Focused-ultrasonicator is the multi-sample, multi-application benchtop sample preparation solution for every lab.


Single Box Design

  • Automated water maintenance
  • 30-day run capacity
ME Assembly

Focused-ultrasonicator Assembly

  • 8 microTUBE strip and rack
  • AFA multi-sample acoustic module
  • Low-volume waterbath

Highly Accurate Control

  • Real-time monitoring and integrated Quality Control with SonoLab software
  • Integrated engineered design
  • Custom Class D, high-efficiency electronics
  • Calibrated to NIST traceable standards

Optimized Pre-diagnostic Applications

  • Mechanical Shearing for Next Generation Sequencing (NGS)
    Enable Precision Medicine with Clinical-grade Nucleic Acid Preparation
  • DNA/RNA Extraction from Formalin-Fixed, Paraffin-Embedded (FFPE) Tissue Samples
    NGS-grade DNA and RNA from FFPE Tissue
  • DNA Extraction from Dried Blood Spots (DBS)
    Extract NGS-grade DNA from Standard Card Punches
  • Extract DNA for NGS from Whole Blood
    Collect, Dry-stabilize, Transport, and Extract with truCOLLECT
  • Chromatin Mechanical Shearing for ChIP-Seq
    Improve Reproducibility, Increase Sensitivity, Obtain Unbiased Results
  • Biomarker Extraction for Research and Clinical Microbiology
    Extract, Sequence, Identify, and Characterize
Features & Benefits
Key Features Benefits
Isothermal process No heat-induced bias, high sample recovery
Small, compact footprint Fits on any bench top
Non-contact, closed vessel No cross-contamination, aerosols, or clean-up
Flexible sample processing volume 15 μl to 1 ml
Highly reproducible results Minimal post-process QC required
Automatable Sample vessels compatible with liquid handling robots
Sample tracking with 2D barcoded consumables Traceable sample identification