FavorPrep™ High Efficiency (HE) Mini Kit

Unlock Superior Nucleic Acid Purification Performance

Achieve consistent, high-quality nucleic acid extraction with the FavorPrep™ HE Mini Kit, designed for modern laboratory workflows that demand efficiency, purity, and reliability.

High Efficiency Extraction

More Results with Less Effort

The HE Mini Kit streamlines your workflow while maximizing output:

• Accelerated extraction process to save time and labor
• Efficient recovery of nucleic acids, even from low-abundance samples
• Flexible formats to fit diverse experimental needs
• Optimized protocol for reproducible performance

Ultimate Purity You Can Trust

Reliable Results for Downstream Applications

Ensure high-quality nucleic acids suitable for sensitive applications:

• Advanced column design minimizes contamination and protein carryover
• Specialized buffer system removes PCR inhibitors effectively
• Consistently high yield and purity for downstream applications such as PCR, qPCR, and sequencing

HE Column Technology

Engineered for Performance and Compatibility

The core of the system lies in its innovative HE column design:

✔ High Capacity
Supports larger input volumes up to 1000 µL, increasing sample flexibility

✔ Low Retention Design
Hydrophobic structure reduces residual liquid, improving recovery efficiency

✔ High Concentration Output
Elution volumes as low as 30 µL enable up to 3–9× higher DNA concentration

✔ Universal Compatibility
Flat-edge design fits standard microcentrifuge rotors (1.5 mL tubes)

✔ Vacuum-Compatible
Adaptable to vacuum manifold systems for high-throughput workflows

✔ Advanced Membrane Material
Optimized binding surface ensures maximum nucleic acid recovery

Why Choose HE Mini Kit?

Compared to conventional mini kits, the HE system delivers:

• Higher sample input capacity
• Lower elution volume for concentrated output
• Improved yield and consistency
• Enhanced efficiency across multiple sample types

Ideal Applications

• Genomic DNA extraction
• PCR and qPCR workflows
• Molecular diagnostics
• Research and routine laboratory analysis