Genoscout EM
The Automated Nucleic Acid Extractor (GenoScout EM) is a high-throughput, high-precision device designed for nucleic acid extraction. It is paired with pre-packaged extraction reagents based on superparamagnetic silica-coated magnetic beads, This enables the extraction and purification of nucleic acids from a variety of biological samples, including blood, tissue, cells, body fluids, bacteria and viruses. The system realizes the purification and enrichment of nucleic acid through the adsorption, transfer, and release of magnetic beads by magnetic rods. Characterized by rapid and user-friendly operation with a high level of automation, the system is widely applicable in the fields of molecular diagnostics and animal disease detection.
High Extraction Efficiency
The extractor is made of permanent magnet material with strong magnetic force for magnetic bead adsorption, effectively avoiding the problem of residual magnetic beads.
Simple and Efficient Operation
Simply add the samples, and the system will perorm fully automat-ed operations, completing the extraction of 32 samples in just 10 minutes.
Flexible and Easy to Use
The device is equipped with a touch screen operating system, preset programs, and a one-but-ton star, enabling simultaneous extraction of DNA/RNA.
Precise Design
The system has a deep-well heating block for more accurate temperature control and a lead screw design for high operational precision and enhanced stability.
Efective Contamination Prevention
The system is equipped with built-in UV sterilization and a HEPA fltration system to reduce the risk of contamination, and the shut-down time is customizable.
Power-off Protection
The system can continue to operate after power restoration, avoiding sample waste caused by midway power failure.
Parameters | |
Dimension | 412mm*410mm*430mm |
Power Supply | AC 100-240 V, 50 Hz/60 Hz, 500 W |
Operating humidity range |
10%-90% |
Operating temperature range |
10-40℃ |
Parameters | |
Weight | 30kg |
Throughput | 1-32 |
Range | 20-1000 ul |
Purification well-to-well variation |
<5% |