EziLab Nucleic Acid Extraction System EZL-NS101 is designed for automated purification of DNA and RNA across PCR diagnostics, forensic analysis, sequencing, cloning, microbiology testing, genetic screening, and plant molecular biology applications. The system processes 1 to 8 samples with volumes from 20 to 500 uL, while extraction cycles complete within 15 to 40 minutes with magnetic bead recovery reaching 98 percent. Controlled temperature lysis improves nucleic acid purity, and the open reagent platform allows compatibility with multiple magnetic bead kits. Compact dimensions suit benchtop laboratory workflows for high-throughput nucleic acid extraction. EziLab's Lab Equipment and nucleic acid extraction systems cover the complete automated range.



Sample Capacity 1 to 8 samples
Sample Volume 20 to 500 µl
Working Volume 200 to 1000 µl
Extraction Time 15 to 40 minutes
Extraction Method Magnetic beads
Magnetic Bead Recovery ≥ 98%
Open System Apply to different magnetic beads reagents
Sample Lysis Controlled temperature function
Product Purity A260/A280 DNA ≥ 1.7–2.0; RNA ≥ 1.8–2.1
Power Supply AC 100V–240V, 50-60Hz
External Size (W×D×H) 285×280×295 mm
Package Size (W×D×H) 385×370×395 mm
Net Weight 7.5 kg
Gross Weight 14.5 kg
  • Automated DNA/RNA extraction

  • System uses pre-filled cartridges that can run independently

  • High purity of product

  • Fully automated and easy to operate

  • High throughput, can process 1-96 samples at a single stretch

  • Optimization of extraction process with professional extraction kit

  • Large capacity program

  • Constant temperature function to ensure best reaction speed during the purification process

  • Friendly operation interface

  • Portable, light-weight and durable

  • Versatile liquid handling options

  • Built-in touch screen

  • This device is compatible with PCR diagnostics kits and also has requirement in several fields such as Forensic Samples, Sequencing, Cloning, Routine sample preparation, Genetic screening, Microbiology testing and Plant molecular biology research.