Mepsgen ProMEPS™ Automated Microphysiology System
Functional Overview.
The ProMEPS™ Automated Microphysiology System combines advanced microfluidic technology with fully automated operation to support a wide range of human microphysiology models, including blood-brain barrier, liver function, vascular endothelium, and glomeruli. The system features high-speed, high-throughput cell and hydrogel injections, temperature and CO2 control, and perfusion and shear stress simulations. Real-time impedance monitoring and modeling validation are built-in to ensure high accuracy and reproducibility, and a user-friendly touch interface reduces operation difficulty and enhances the efficiency and reliability of drug screening.
Description
Guiding and advancing new directions in future drug development
This innovative solution goes beyond perfusion-focused devices, redefining industry standards and setting new precedents by driving innovation beyond tradition.MEPSGEN introduces a powerful system that changes the game in microphysiological modeling. It seamlessly combines human cell culture with real-time monitoring, all automated for maximum efficiency.
Need to quickly and accurately assess the safety and efficacy of a drug? ProMEPS™ is your answer. Its high-speed processing and robust design allow you to evaluate countless drug candidates with unprecedented speed. Advance your drug discovery with higher throughput and reliable results. ProMEPS™ is user-friendly and precise, so even non-professionals can master it.
ProMEPS™ is the future of biomedical research. It sets a new standard for MPS accuracy and efficiency, opening the door to breakthrough discoveries.
Product Features
precise
Improve consistency and accuracy of experiments
increase efficiency
Improving the efficiency of large-scale cell culture
Automatic high-speed microphysiology system
High-speed MPS modeling with minimal user intervention
best performance
Realization of high precision, high reproducibility and high productivity
Applications
brain
MEPS-BBB
blood brain barrier
MEPS-NVU
Neurovascular Unit
vasculature
MEPS-VEB
vascular endothelial barrier
liver
MEPS-HFU
Liver Function Unit
肺
MEPS-SAW
Atgas
腎
MEPS-GFB
Glomerular filtration barrier
skin
MEPS-STL
Skin Tissue Layer
functionality
- High-speed, high-precision operation
- High-throughput cell and hydrogel injections (32 units)
- Temperature/carbon dioxide control
- Perfusion/Shear Stress
- Modeling Confirmation/Instant Measurement (TEER)
Product Operation
Select Model
Choice of Agreement
Automatic Modeling
Monitoring
fulfillment
Drug Testing
Automated Workflow
Automated, all-in-one ProMEPS™ configurable for a wide range of MPS models
Chip Preparation
Wafer Positioning
Extracellular matrix coating
Precise cellular inoculation
Perfusion (shear stress)
Integrity Monitoring
Technical Parameters
normal practice
Model
weights
power wastage
ProMEPS™
105 kg
Max 831 W
operational requirement
Electricity
Input Gas Pressure
Input Gas Composition
200 ~ 240 VAC, 60 Hz
100 ~ 130 VAC, 50/60 Hz
1.2bar
100% CO2
Environment
Operating Temperature
Relative Humidity
Storage Temperature
Storage Humidity
20 ~ 30°C
30~80% RH
10 ~ 60 °C
30 ~ 70 %
Technology
Gas Control Range
Gas Output Flow Rate
Temperature Control Range
impedance channel
Impedance Measurement Range
1~20%
Room temperature ~ 45°C
Room temperature ~ 45°C
32
0~100㏀
motherboard
Display
Touch Screen
Connections
1024 * 600 pixels
Capacitive
Ethernet, WiFi
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