

The MGISP-NE384 is a high-throughput automated nucleic acid extractor adopting magnetic rod technology.
Description
The MGISP-NE384 extracts and purifies nucleic acid from 96 | 192 | 288 | 384 samples within 30 minutes - worldwide the highest throughput.
A Hepa filtration system and a UV lamp ensure a safe working environment for nucleic acid extractions and lab technicians.
Technical Principle
The nucleic acid extraction and purification is performed in four automated steps - lysis, binding, washing and elution. Using magnetic rods and disposable tips, MGISP-NE384 is intended for automated moving and processing of magnetic particles in up to four 96-well plates.
- FLEXIBLE
Mixing and magnetic module Z axis independent control, 1-4 modules running choice for 96/192/288/384 samples. - EFFICIENT
Moving and processing magnetic particles, extracting and purifying nucleic acid from 384 samples. - SAFE
HEPA filtration system and UV lamp, ISO Class 5, avoiding cross-contamination and ensuring a safe working environment. - STABLE
Reliable hardware design, 96-well plate reagent and disposable tip, minimizing operational errors.
Available for research and diagnostics.

Workflow Magnetic Beads
Step 1
Sample Lysis

Step 2
Transfer of Magnetic Beads

Step 3
DNA/RNA bindig to Magnetic Beads

Step 4
3 wash steps

Step 5
DNA/RNA Elution

Step 6
Removal of Magnetic Beads

Specifications
Capcity |
384 samples |
Processing Volume |
20-1000 µL |
Working Position |
4×6 96-well plate working position |
Temperature Control, Lysis/Elution Well |
From +5°C above ambient temperature to 115°C |
Temperature Precision |
≤±1℃ |
Mixing & Magnetic Module |
≤±1℃ |
Mixing Module |
Z axis independent control, 1-4 modules running choice |
UV Lamp |
More than 100’000μW.s/cm2 |
HEPA Filtration System |
99.99% at 3µm |
Operating Interface |
23-inch built-in touch screen, Windows software |
Program Management |
Create, edit and delete program |
Dimensions (LxWxH) |
122.5 x 74 x 96cm |
Weight |
268kg |