InnoStamp 40
GFlokku Flocculatore per Jar Test Portatile
11 December 2019
InnoStamp 40
12 December 2019
Automated MicroContact Printing, Uniform Micro and NanoPatterning
Full automation of nanopatterning processes
Combining microcontact printing flexibility and high-precision automation, the InnoStamp 40 is the perfect tool for nano and micropatterning. A user-friendly system, the InnoStamp 40 allows users to control their processing in order to transfer a wide range of components homogeneously onto defined surfaces.
The InnoStamp 40, based on the InnoStamp technology, allows for full automation of nanopatterning processes.
- High process reproducibility
- Nanometric resolution
- Easy Scaling up and easy valorization of your R&D activity
- No loss of know-how
- A fast and reliable support
- Multiplexing solution
- User friendly GUI
General Description
As a new fully automated microcontact printing solution, the InnoStamp 40 offers high-precision and uniform contact for sub-micron resolution.
- High process reproducibility thanks to the force homogeneity.
- Nanometric resolution: the range of pressure allows printing at the nanoscale.
- Easy Scaling up and easy valorization of your R&D activity. InnoStamp 40 is a generic system that allows users to manipulate small substrates (1cm²) for R&D purposes as well as large substrates (100cm²) for small to medium industrial series.
- No loss of know-how. InnoStamp 40 is a non user-dependent system notably preventing the loss of process knowledge acquired over time.
- A fast and reliable support. The experience of our support team combined to our partnership with academic experts in microcontact printing (Christophe VIEU from LAAS-CNRS, BIOSOFT) allow users to quickly implement their nanopatterning process.
Applications
The InnoStamp 40, the next-generation of microcontact printing, is perfect for nano and micropatterning in the following fields:
- DNA assembly
- F-Actin directed assembly
- Biosensor: Streptavidin, anti-dig, collagen, thiols patterning…
- Microfluidic inking
- Microstructured cell arrays
- Optical tags manufacturing
Technology
Our technology, InnoStamp, is based on magnetic-field assisted microcontact printing. A magnetic layer of PDMS is added to the standard stamp in order to be sensitive to the magnetic field.
With a set of magnets, it is possible to apply a force onto the stamp in order to:
- Manipulate it and move it from one step to the other during the microcontact printing process.
- Monitor the pressure during the printing step.
Technical Specification
| Specifications | Data |
| Configuration of drawer | A user-selected support configuration: – Support for 4 microscope slides – Support for wafer chips with 1 circular stamp ((maximum diameter of 96mm) |
| Compatible Stamps | From 1×1 cm² to 4 inch wafer Depends on user-selectd support configuration |
| Support | Compatible with micro plates of 96, 384, and 1536 wells and other |
| Duration | Adjustable from 1 to 3600s ; steps of 1s |
| Temperature | Adjustable from 0°C to 51°C with a maximum exterior temperature of 20°C Precision of temperature sensor: +/-0.1°C ; stability +/-0.5°C for 8h |
| Limited Evaporation | Option to set temperature to dew point |
| X-Y axis alignment | (+/-5 µm) |
| Sources | Options : ambient air ; Nitrogen gas ; external source |
| Parameters | Format, number of substrates and stamping coordinates defined via user interface |
| Compatible Inks | Nano-objects, chemical substances, biomolecules (proteins, DNA, and others) |
| Compatible Supports | Glass, platic, silicon wafer, and others Contact us for more information |
| Maximum surface size | 4″ x 4″ |
| Amplitude of contact force | From 0 to 150 kPa depending on the selected magnetic module. Contact us for more information |
| Precision | X: +/- 3µm, Y: +/- 3µm, angular: +/- 0.5° |
| Homogeneity | +/- 20µm |
| Size of pattern | Depends on design of stamps and the nature of the molecules being deposited. Classic micro-contact printing: from 140nm Molding: from 230nm |
For more information contact us!
InnoStamp 40 specifications sheet
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11 December 2019Full automation of nanopatterning processes
Combining microcontact printing flexibility and high-precision automation, the InnoStamp 40 is the perfect tool for nano and micropatterning. A user-friendly system, the InnoStamp 40 allows users to control their processing in order to transfer a wide range of components homogeneously onto defined surfaces.
The InnoStamp 40, based on the InnoStamp technology, allows for full automation of nanopatterning processes.
- High process reproducibility
- Nanometric resolution
- Easy Scaling up and easy valorization of your R&D activity
- No loss of know-how
- A fast and reliable support
- Multiplexing solution
- User friendly GUI
General Description
As a new fully automated microcontact printing solution, the InnoStamp 40 offers high-precision and uniform contact for sub-micron resolution.
- High process reproducibility thanks to the force homogeneity.
Nanometric resolution: the range of pressure allows printing at the nanoscale. - Easy Scaling up and easy valorization of your R&D activity. InnoStamp 40 is a generic system that allows users to manipulate small substrates (1cm²) for R&D purposes as well as large substrates (100cm²) for small to medium industrial series.
- No loss of know-how. InnoStamp 40 is a non user-dependent system notably preventing the loss of process knowledge acquired over time.
- A fast and reliable support. The experience of our support team combined to our partnership with academic experts in microcontact printing (Christophe VIEU from LAAS-CNRS, BIOSOFT) allow users to quickly implement their nanopatterning process.
Applications
The InnoStamp 40, the next-generation of microcontact printing, is perfect for nano and micropatterning in the following fields:
- DNA assembly
- F-Actin directed assembly
- Biosensor: Streptavidin, anti-dig, collagen, thiols patterning…
- Microfluidic inking
- Microstructured cell arrays
- Optical tags manufacturing
Technology
Our technology, InnoStamp, is based on magnetic-field assisted microcontact printing. A magnetic layer of PDMS is added to the standard stamp in order to be sensitive to the magnetic field.
With a set of magnets, it is possible to apply a force onto the stamp in order to:
- Manipulate it and move it from one step to the other during the microcontact printing process.
- Monitor the pressure during the printing step.
