
MGISTP-3000
MGISTP-3000 is a benchtop automated sample transfer processing system, which can complete transferring 96 samples from sealed tubes to a 96-well microplate in 40 minutes fast and accurately. In the pre-processing of microbial detection, it replaces manual operations, shortens processing time, avoids contamination exposure, and automates the entire process.
Features

![]()
Automated: Full automation of barcode identification, tube decapping, liquid transfer, tube recapping and etc.
|
![]()
Easy to use:
Major HPV tubes on the market are supported.
|
![]()
Safe:
Two HEPA-filtration and one UV light ensure a safer working environment.
|
![]()
High Reliability:
Automatically record common errors and no need for human intervention to ensure continuous run.
|
Performance Parameter
MGISTP-3000 | ||
---|---|---|
Throughput |
96 Samples/40 min | |
Pipetting Method |
Base on the principle of air displacement |
|
Volume Range |
10 μL~1000 μL | |
Accuracy |
10 μL: <±10%; 100 μL: <±5%; 1000 μL: <±2% |
|
CV |
10 μL: <5%; 100 μL: <2%; 1000 μL: <1% |
|
Robot Arm Accuracy |
X-Y-Z: ±0.1 mm |
|
Barcode Scanner |
1D and 2D |
|
UV Light |
3*8 W | |
Supply/Exhaust Air Filter |
HEPA filtration efficiency of 99.995% at 0.3μm, Negative Pressure System |
|
Tube Compatibility |
Config 1: 5-15 mL Sampling tubes; Config 2: 20 mL HPV tubes |
|
Functions |
Integrate multiple functions, including decapping, recapping, barcode identification, automated liquid transfer, HEPA-filtration and negative pressure protection. |
System Parameter
- Power&Dimensions&Net Weight
Power Type: 100 V~240 V, 50/60 Hz
Rated Power: 600 VA
Dimensions: 1100 mm×680 mm×1050 mm (L×W×H)
Net Weight:<200 kg
- Operating Environment Requirements
Temperature: 19℃~25℃
Relative Humidity: 20% RH~80% RH, non-condensing
Atmospheric Pressure: 80 kPa~106 kPa