25-04-2012, 01:39 PM
INTEGRAM plus
[attachment=20798]
Integrated MNT Platforms and Services Europractice Service Project providing Development Platforms for Integrated Micro-Nano Technologies and Products
The INTEGRAMplus Partners’ Technology Portfolio
European partners in micro and nanotechnologies with complementary expertise in:
Silicon, polymer, glass, hybrid solutions
Multi-domains (optics, fluidics, MEMS, bio, chemical, electronics)
Multi-level integration (material, electronics, functions and system)
Development and production along the supply chain
Currently 3 Prototyping Platforms:
1. QinetiQ Silicon MEMS Prototyping Service
2. Epigem Modular Microfluidic Prototyping Service
3. IMM Rapid Prototyping Service for Lab-on-a-chip
Mission and main activities
The Laboratory of Microsystems for Biomedical Applications is doing research, focused on development of microsensors and sensors integration such as:
chemosensors (O2, pH, NO2, NOx, CO, CO2, humidity etc.);
biosensors (enzymatic, immunosensors, biomicrosensors array);
nanowire based ISFET
microprobes for recording of electrical activity of cells and tissues,
microfluidic platforms,
signal processing and data acquisition for microsensors array, technologies for sensor integration, data processing, transmission and acquisition.
The Lab is running services for industry in design, simulation, technology, testing and data acquisition, processing and transmission and education in the field of mixed technologies.
The Laboratory was involved in several FP6 projects in the area of technologies for sensors integration, microfluidics and software and hardware development for data acquisition.
Microfluidic modelling
Microfluidic simulations were performed, in order to analyse one fluid velocity through a specific microchannel design. The simulations were used to observe the flow speed and direction of the liquid passing through, and also dead spots in the flow (zones with much slower velocity), for different fluid flow rates.
Conclusions
Continuing technology development
New technologies for platforms develop
Offering services: sensors and platform prototyping, simulation, training
Interest:
New projects partnership
Industry attracting, bringing inventions to innovations
Start-up development
[attachment=20798]
Integrated MNT Platforms and Services Europractice Service Project providing Development Platforms for Integrated Micro-Nano Technologies and Products
The INTEGRAMplus Partners’ Technology Portfolio
European partners in micro and nanotechnologies with complementary expertise in:
Silicon, polymer, glass, hybrid solutions
Multi-domains (optics, fluidics, MEMS, bio, chemical, electronics)
Multi-level integration (material, electronics, functions and system)
Development and production along the supply chain
Currently 3 Prototyping Platforms:
1. QinetiQ Silicon MEMS Prototyping Service
2. Epigem Modular Microfluidic Prototyping Service
3. IMM Rapid Prototyping Service for Lab-on-a-chip
Mission and main activities
The Laboratory of Microsystems for Biomedical Applications is doing research, focused on development of microsensors and sensors integration such as:
chemosensors (O2, pH, NO2, NOx, CO, CO2, humidity etc.);
biosensors (enzymatic, immunosensors, biomicrosensors array);
nanowire based ISFET
microprobes for recording of electrical activity of cells and tissues,
microfluidic platforms,
signal processing and data acquisition for microsensors array, technologies for sensor integration, data processing, transmission and acquisition.
The Lab is running services for industry in design, simulation, technology, testing and data acquisition, processing and transmission and education in the field of mixed technologies.
The Laboratory was involved in several FP6 projects in the area of technologies for sensors integration, microfluidics and software and hardware development for data acquisition.
Microfluidic modelling
Microfluidic simulations were performed, in order to analyse one fluid velocity through a specific microchannel design. The simulations were used to observe the flow speed and direction of the liquid passing through, and also dead spots in the flow (zones with much slower velocity), for different fluid flow rates.
Conclusions
Continuing technology development
New technologies for platforms develop
Offering services: sensors and platform prototyping, simulation, training
Interest:
New projects partnership
Industry attracting, bringing inventions to innovations
Start-up development