blog about Automated Nucleic Acid Purifier Boosts Lab Efficiency

This innovative system automates critical extraction steps including mixing, magnetic bead transfer, washing, and elution. Capable of processing up to 16 samples simultaneously, the IsoPure Mini (16) completes purification in just 20 to 60 minutes, depending on the NucleoMag kit type and protocol complexity.

• High-throughput processing: Simultaneous handling of 16 samples significantly increases laboratory productivity
• Space-efficient design: Compact footprint (8" x 10") fits easily on any laboratory bench
• Intuitive operation: Features a 4.3-inch color touchscreen and Bluetooth-connected Android app for simplified protocol management
• Customizable platform: Open architecture allows modification of volume, temperature, mixing, and magnetic separation parameters
• Multiple protocol transfer options: Supports Bluetooth, QR code scanning, or USB flash drive connectivity
• High bead recovery: Maintains >95% bead recovery rate for optimal nucleic acid yield
• Precise temperature control: Adjustable lysis and elution temperatures from ambient to 120°C
• Advanced contamination control: Integrated 3W UVC lamp (253.7 nm wavelength) minimizes cross-contamination risks

• Display: 4.3-inch color touchscreen
• Sample capacity: 1-16 samples
• Sample volume range: 50-1000 µL
• Dimensions: 7.9 x 10.2 x 11.8 inches
• Weight: 15.4 lbs
• Power: 120-240 V AC
• Certification: CE marked (for research use only)

The system comes with pre-validated nucleic acid extraction methods developed for various sample materials. Automated workflows enhance consistency, reproducibility, and standardization while significantly reducing hands-on time.

The IsoPure Mini (16) is specifically designed to work with magnetic bead-based NucleoMag extraction kits, offering validated protocols for different sample types including tissues and RNA preparations.

This advanced purification system provides laboratories with a reliable, efficient solution for nucleic acid extraction, combining automation precision with flexible protocol customization in a compact format.