magnetic beads for dna purification online manufacture

Intended Use This product is designed for simply and efficiently recovering DNA fragments larger than 100bp in agarose gel. The recovered DNA can be directly utilized in downstream experiments such as ... Read More

Intended Use This product is suitable for extracting plasmid DNA from 50-100mL bacterial cultures. Its unique reagent system can effectively remove endotoxins and impurities such as proteins. The extracted ... Read More

The automatic nucleic acid extractor is a device that extracts and purifies nucleic acids using the magnetic bead method. It separates and purifies nucleic acids from various sources, such as blood, animal and ... Read More

16-Channel Fully Automatic Nucleic Acid Extractors Art.No: QP-AUT-16; QJ-AUT-16 The 16-channel fully automatic nucleic acid extractors (Model: QP-AUT-16; QJ-AUT-16) are designed for high-efficiency, stable ... Read More

Brief Introduction The automatic nucleic acid extractor is a device that extracts and purifies nucleic acids using the magnetic bead method. It separates and purifies nucleic acids from various sources, such as ... Read More

32-channel fully automatic nucleic acid extractor Art.No: QP-AUT-32 The automatic nucleic acid extractor is a device that extracts and purifies nucleic acids using the magnetic bead method. It separates and ... Read More

Brief Introduction The automatic nucleic acid extractor is a device that extracts and purifies nucleic acids using the magnetic bead method. It separates and purifies nucleic acids from various sources, such as ... Read More

Brief Introduction The automatic nucleic acid extractor is a device that extracts and purifies nucleic acids using the magnetic bead method. It separates and purifies nucleic acids from various sources, such as ... Read More

32-Channel Automatic Nucleic Acid Extractor This 24-Channel Automatic Nucleic Acid Extractor integrates magnetic beads and buffer systems to provide fully automated DNA/RNA extraction and purification from ... Read More