1st Allsheng, Autopure 96

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Nucleic Acid Purification System — Auto-Pure 96/48/24

Auto-Pure 96/Auto-Pure 48/Auto-Pure 24 nucleic acid purification system adopts magnetic bead separation technology, using:
96 deep-well plates,
96 magnetic rod comb (1,000 µL reaction system);
3 mL kit,
48 magnetic rod comb (3,000 µL reaction system);
10 mL kit, 24 magnetic rod comb (10,000 µL reaction system) with different types of magnetic bead nucleic acid extraction kits.
It can operate 1-96 samples, 1-48 samples or 1-24 samples in one run.
It only takes 30~60 minutes to quickly extract DNA and RNA from the samples.

•Simple and intelligentized operation

Front door can be opened, you can stop it at any moment which is very convenient for reagent optimization and experimental status viewing

Start with self-check, equipped with power-off protection

8-plate identification design guaranteed their target position, even though external forces exist

Automatic detection in case kit missing

•Antipollution measures

Avoid reagent splashing through drip shield plate and beads dried way controlled by software

Disposable consumables which can avoid cross contamination

•Reliable structure and stable operation

Adopt lead screw drive to realize high-precision lifting movement

Patent structure design with center rotary table which makes it occupies smaller area
Patent design for automatic loading and unloading structure of magnetic rod comb, which guaranteed stability and liability (success rate >99.99 %)

•High quality and fast extraction

Auto-Pure 96 can process 96x1 ml samples simultaneously

Auto-Pure 48 can process 48x3 ml samples simultaneously

Auto-Pure 24 can process 24x10 ml samples simultaneously

Effectively avoid the influence of human factors on the experiment

•Open design, free program editing

Accurate temperature control at RT+5 ?-120 ?

Single machine can realize program editing

The software has complete functions and is suitable for all kinds of magnetic bead method reagents.

Diversified mixing and magnetic attraction methods are beneficial to reagent optimization