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Point-of-care: lithium monitoring chip
Sensorised organ-on-a-chip systems
Capillary electrophoresis eDAQ
Biochip technology
Gut-on-a-chip
Electronic nose
Label free particle sorting
SMARTool for blood analysis
Electrical impedance spectroscopy system
Optochemical Sensing Systems (SAMOSS)
An educational module to build a microsized lab
Quantitative detection of bacteria
Next-generation sequencing
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Home
Technologies
Materials
Services
Manufacturing
Product development
Prototyping
Products
Organ-on-a-chip
Droplet generators
Microreactors
Flow cells
Micromixers
Chip holders and connections
Electrical impedance spectroscopy
Enhanced oil recovery
Microfluidic starter kit
Compact organ-on-a-chip platform
Technologies
Capabilities
Materials
Functionalities
MEMS
Wafer level packaging
ESA’s ATHENA Project
Microfluidics
Sub-micron technology with an enormous impact
Smart organ-on-a-chip platform for drug testing
Lab-on-a-chip
Coat PoCKET
Tongue-on-a-chip
Point-of-care: lithium monitoring chip
Sensorised organ-on-a-chip systems
Capillary electrophoresis eDAQ
Biochip technology
Gut-on-a-chip
Electronic nose
Label free particle sorting
SMARTool for blood analysis
Electrical impedance spectroscopy system
Optochemical Sensing Systems (SAMOSS)
An educational module to build a microsized lab
Quantitative detection of bacteria
Next-generation sequencing
About
Micronit
Management team & board
Quality control
Locations
Careers & internships
News and events
Meet our colleagues
Partnerships
Terms and conditions
Contact
Materials
Contact our team
The right choice for your product
Glass
Excellent optical properties
Chemical inert
Extreme flatness
Micro- and nanostructures
Polymers
Easy micromachining
Bio-compatible
High UV transparency
Optimal replication methods
Silicon
High aspect ratio structures
Good thermal conductivity
Fabrication of thin membranes
Ideal for integration and sensing in the same device
Hybrid
Application driven
The advantage of the best features
Bonding capabilities of different materials
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