FP7
Our project on Cordis
Nanofutures
Publications
JOURNAL PAPERS AND PROCEEDINGS
M. Thier, R. Saathof, E. Csencsics, R. Hainisch, A. Sinn, G. Schitter, Design and Control of a Positioning System for robot-based Nanometrology, Automatisierungstechnik; 63/9 727-738 (2015)
R. Koops , M. van Veghel , A. van de Nes, A dedicated calibration standard for nanoscale areal surface texture measurements, Microelectronic Engineering 141, 250-255 (2015).
J. Fraxedas, F. Pérez-Murano , F. Gramazio , M. Lorenzoni , E. Rull Trinidad , U. Staufer, Continuous monitoring of tip radius during atomic force microscopy imaging, SPIE - Scanning Microscopies 2015, 96360O (2015).
R. Koops , M. van Veghel , A. van de Nes, A virtual lateral standard for AFM calibration, Microelectronic Engineering 153, 29-36 (2016).
M. Thier, R. Saathof, R. Hainisch, G. Schitter, Vibration compensation platform for robot-based nanoscale measurements, Proceedings of the 15th international conference of the European society for precision engineering and nanotechnology 211-212 (2015).
F. Cigarini, E. Csencsics, R. Saathof, G. Schitter, Design of tunable damping for precision positioning of a two-body system, Proceedings of the 7th IFAC Symposium on Mechatronic Systems & 15th Mechatronics Forum International Conference (2016)
E. Csencsics, M. Thier, R. Hainisch, G. Schitter, Mechatronic design of an active two-body vibration isolation system, Proceedings of the 7th IFAC Symposium on Mechatronic Systems & 15th Mechatronics Forum International Conference (2016).
M. Thier, R. Saathoof, A . Sinn, R. Hainisch, G. Schitter, Six degree of freedom vibration isolation platform for in-line nano-metrology, Proceedings of the 7th IFAC Symposium on Mechatronic Systems & 15th Mechatronics Forum International Conference (2016).
E. Csencsics, M. Thier, R. Hainisch, G. Schitter System and control design of a voice coil actuated mechanically decoupling two-body vibration isolation system, IEEE/ASME Transactions on Mechatronics;-(2017)
Other Dissemination Events
| Date | Type of activities | Main Leader | Title | Place |
| 18.6.13 |
Oral presentation to a scientific event |
TU Delft |
Interrogation and Manipulating at the Nanometre Scale - From Scientific Instrumentation to Industrial Applications
|
Transducer 2013, Barcelona, Spain |
| 10.5.13 |
Oral presentation to a scientific event |
TU Vienna |
Precision Engineering for Mechatronic Imaging Systems |
Univ. of Southampton, Highfield Southampton |
| 18.7.13 |
Oral presentation to a scientific event
|
TU Vienna |
Precision Engineering for Mechatronic Imaging Systems
|
IBM Rüschlikon |
| 16.12.13 |
Oral presentation to a scientific event
|
TU Vienna |
Präzisiontechnologie: Positionieren, Abbilden un Messen in der Hochtechnologie |
Technische Hochschule Deggendorf |
| 27.2.14 |
Oral presentation to a scientific event
|
IQS |
Modeling in aim4np |
LEIT Workshop, Brussels |
| 10.4.14 |
Posters |
TU Delft |
Automated in-line Metrology for Nanoscale Production - aim4np
|
Industrial Technology, Athens |
| 31.8.14 |
Posters |
CSIS |
Automated in-line Metrology for Nanoscale Production
|
ECOSS 30, Antalya, Turkey |
| 23.9.14 |
Oral presentation to a scientific event |
VSL B.V. |
A dedicated calibration standard for nanoscale areal surface texture measurements
|
MNE 2014, Lausanne, Switzerland |
| 28.9.14 |
Oral presentation to a scientific event
|
TU Delft |
Integrated 6-DoF Lorentz Actuator with Gravity Precision Positioning |
22nd International Maglev Conference, Rio de Janeiro, Brazil
|
| 10.10.14 |
Posters |
TU Delft |
Tip monitoring in Automated AFM |
Dutch SPM day 2014 Delft, The Netherlands
|
| 12.11.14 |
Exhibitions |
VSL B.V. |
Automated in-line Metrology for Nanoscale Production |
Precision Fair 2014, Veldhoven, The Netherlands
|
| 18.2.15 |
Oral presentation to a scientific event |
TU Vienna |
Advanced Mechatronics for Precision Engineering and Mechatronic Imaging Systems
|
Vienaa Conference on Mathematical Modelling, Vienna, Autria
|
| 6.3.15 |
Oral presentation to a scientific event
|
TU Vienna |
Control in Mechatronic Imaging Systems |
Delft, The Netherlands |
| 20.3.15 |
Oral presentation to a scientific event
|
TU Vienna |
Nanoscale Imaging Systems in Manufacturing |
Mauterndorf, Austria |
| 25.3.25 |
Oral presentation to a scientific event |
VSL |
Bringing Traceable Nanometrology to the Production Line
|
High-Tech Systems 2015, 's Hertogenbosch, The Netherlands
|
| 18.5.15 |
Oral presentation to a scientific event |
IQS |
Simulation of plastic injection for nanostructure pattern replication
|
PRN2015, DTY, Copenhagen |
| 28.5.15 |
Oral presentation to a scientific event |
TU Vienna |
Präzises Positionieren un Messen in der Hochtechnologie
|
Vienna, Austria |
| 3.6.15 |
Oral presentation to a scientific event
|
TU Vienna |
Vibration compensation platform for robot-based nanoscale measurements |
EUSPEN Conference, Leuven, Belgium |
| 10.6.15 |
Posters |
CSIS |
Nanostructured pattern replication on transparent polycarbonate by plastic injection
|
EuroNanoForum2015, Riga, Latvia |
| 10.6.15 |
Oral presentation to a scientific event |
TU Vienna |
Instrumentierung und Regelung für hochauflösende Positionier- un Meßsysteme
|
Vienna, Austria |
| 31.8.15 |
Oral presentation to a scientific event
|
TU Delft |
AFM tip monitoring methods based on cantilever higher harmonics vibrations |
European Conference on Surface Science (ECOSS31), Barcelona
|
| 22.9.15 |
Oral presentation to a scientific event
|
Nanoworld Services |
High frequency self-sensing piezoresistive SPM cantilevers with a novel design |
MNE 2016, Den Haag, The Netherlands |
| 22.9.15 |
Oral presentation to a scientific event
|
Nanoworld Services |
High frequency self-sensing piezoresistive SPM cantilevers with a novel design
|
MNE2015, The Hague, The Netherlands |
| 22.9.15 |
Oral presentation to a scientific event
|
VSL |
A virtual lateral standard for nanoscale calibration |
MNE 2015, The Hague, The Netherlands |
| 29.9.15 |
Oral presentation to a scientific event
|
CSIS |
Continuous monitoring of tip radius during atomic force microscopy imaging |
SPIE Scanning Microscopies, Monterey CA, USA |
| 19.11.15 |
Oral presentation to a scientific event
|
VSL |
Calibration of AFM with virtual standards; robust, versatile and accurate |
Precisiebeurs 2015, Veldhoven, The Netherlands |
| 8.12.15 |
Oral presentation to a scientific event
|
IQS |
Simulation of plastic injection for nanostructure pattern replication |
MNC2015, Amsterdam, The Netherlands |
| 8.12.15 |
Oral presentation to a scientific event
|
VSL |
AFM intergration in production as metrologt tool |
MicroNano Conference (MNC 2015), Amsterdam, The Netherlands |
| 15.12.15 |
Oral presentation to a scientific event
|
TU Delft |
In-situ monitoring of the Atomic Force Microscopy (AFM) tip by analysing the cantilever's high harmonic vibrations
|
MicroNano Conference (MNC 2015), Amsterdam, The Netherlands |
| 10.3.16 |
Oral presentation to a scientific event
|
VSL |
Virtual standards for AFM calibration |
Nanoscale 2016, Wroclaw, Poland |
| 14.3.16 |
Oral presentation to a scientific event
|
CSIS |
Continuous monitoring of tip radius during atomic force microscopy imaging |
TASC_IOM, Trieste, Italy |
| 30.3.16 |
Posters |
CSIS |
Continuous monitoring of tip radius using higher harmonics
|
6th Multifrequency AFM Conference, Madrid, Spain |
| 5.4.16 |
Posters |
NTC Weiz |
Linking the Topography of ag-Nanowire/PEDOT:PSS Blend Films to Electrical Conductivity and Optical Transmittance
|
Munich |
| 12.4.16 |
Oral presentation to a scientific event
|
SIOS Messtechnik |
In plane laser-interferometric sensor |
Teischnach, Germany |
| 12.4.16 |
Oral presentation to a scientific event
|
IQS |
Simulation of plastic injection for nano roughness replication |
ICME2016, Barcelona |
| 19.5.16 |
Posters |
IQS |
Fluent solver expanded to the nano-world
|
PRN2016, FHNW University of Applied Sciences and Arts Northwestern Switzerland, Windisch, CH
|
| 1.6.16 |
Oral presentation to a scientific event
|
CSIS |
Continuous monitoring of tip radius during atomic force microscopy imaging using higher harmonics |
NanoTech France & Nanometrology, Paris, France |
| 22.6.16 |
Posters |
Nanoworld Systems
|
Self-Sensing High Frequency Probes for Atomic Force Microscopy |
Industrial Technologies 2016, Amsterdam, The Netherlands |
| 22.6.16 |
Posters |
Nanosurf AG
|
Atomic Force Microscope for In-Line Metrology |
Industrial Technologies 2016, Amsterdam, The Netherlands
|
| 22.6.16 |
Oral presentation to a scientific event
|
CSIS |
Continuous tip monitoring using higher harmonics |
EuroAFMForum, Geneva, Switzerland |
| 22.6.16 |
Posters |
TU Vienna |
Metrology Platform to Enable In-Line Nanometrology |
Amsterdam, The Netherlands
|
| 22.6.16 |
Posters |
NTC Weiz |
Linking the Topography of ag-Nanowire/PEDOT:PSS Blend Films to Electrical Conductivity and Optical Transmittance
|
Amsterdam, The Netherlands |
| 22.6.16 |
Posters |
IQS |
Submodelling simulation of plastic injection for nano roughness replication |
Industral Technologies 2016, Amsterdam, The Netherlands
|
| 22.6.16 |
Posters |
Nanoworld Systems
|
Self-Sensing High Frequency Probes for Atomic Force Microscopy |
Industrial Technology 2016, Amsterdam |
| 22.6.16 |
Posters |
Tu Delft |
6-DoF Lorentz Actuator with Gravity Compensator for Precision Positioning
|
Industrial Technologies 2016, Amsterdam, The Netherlands |
| 22.6.16 |
Posters |
SIOS Messtechnik |
Heterodyne Interferometer for In-plane Vibration and Displacement Measurements |
Industrial Tehchnology, Amsterdam
|
| 22.6.16 |
Posters |
TU Delft |
AFM tip monitoring by means of higher harmonics |
Industrial Technologies 2016, Amsterdam, The Netherlands
|
| 22.6.16 |
Exhibitions |
TU Delft |
Automated in-line metrology for nanoscale production |
Industrial Technologies 2016, Amsterdam, The Netherlands
|
| 24.6.16 |
Oral presentation to a scientific event
|
TU Delft |
Nanometre Metrology and Characterization in a Pilot Plant or Production Line |
Industrial Technology 2016, Amsterdam, The Netherlands |
| 31.8.16 |
Films |
Tu Delft |
aim4np[ - Automated In-line Metrology for Nanoscale Production
|
|
| 6.9.16 |
Posters |
TU Vienna |
Design of tunable damping for precision positioning of a two-body system
|
Loughborough, England |
| 6.9.16 |
Oral presentation to a scientific event |
TU Vienna |
Six degree of freedom vibration isolation platform for in-line nano metrology
|
Loughborough, England |
| 6.9.16 |
Oral presentation to a scientific event |
TU Vienna |
Mechatronic deisgn of an active two-body vibration isolation system
|
Loughborough, England |
| 20.9.16 |
Oral presentation to a scientific event
|
VSL |
Metrology for single nanometer manufacturing |
MNE 2016, Vienna, Austria |
| 4-5 oct 2016 |
Oral presentation to a scientific event |
VSL |
Reliable nanoscale measurements in the production line (accepted for oral presentation) |
DSPE 2016, Sint Michielsgestel, The Netherlands
|
NEW TRANSFER STANDARD FOR CALIBRATING NANOMECHANICAL MEASUREMENTS
Partner VSL has developed a new transfer standard which can be used among others to calibrate atomic force microscopes. It also serves as a standard for Sq values. The standard is unique in its tolerance against contamination and therefore well-suited also for industrial applications in production environments (R. Koops et al, A dedicated calibration standard for nanoscale areal surface texture measurements, Microelectronic Engineering, 141, 250–255 (2015) http://dx.doi.org/10.1016/j.mee.2015.04.021)
FIRST AFM MEASUREMENT CONDUCTED
After having completed the integration of all the actuators, sensors and metrology head, partner TU Vienna has successfully conducted the first AFM measurement from a freely floating metrology platform. One of the first images recorded is shown below. For more information we refer to up-coming publications in scientific journals.

AFM image of a test grating (10µm pitch with 98 nm deep holes) recorded with the first version of the aim4np instrument, operated at high control bandwidth. (Image credit: TU Vienna)
VALIDATION OF THE PROTOTYPE INSTRUMENT IN AN EMULATED PRODUCTION ENVIRONMENT
Under the leadership of the integration partner TU Vienna, the consortium has successfully operated the prototype instrument on different samples that were prepared within the project and which are relevant proxies for the production of plastic-injection moulded nano-surfaces and organic solar cells. A corresponding joint workshop was held in Vienna early July. During that time, also the final dissemination event was prepared.
FINAL REVIEW MEETING
The consortium held its final review meeting end of August. The meeting included a life demo for all consortium partners and advisory board members, during which a prototype instrument mounted on an industrial robot could be observed in operation. The consortium received very good remarks from the advisory committee about the achieved results and about the collaboration and team effort.
The project started on 1st of March 2013. After one month of initiating work in work packges, the kick off meeting was held at the TU Vienna on 3 and 4 April 2013. This date was chosen to present the first results to the partners, the advisory board and the Commission, marking the first Milestone of the project.
The information in this website is provided as is and no guarantee or warranty is given that the information is fit for any particular purpose. The user thereof uses the information at its sole risk and liability. The opinions expressed in the documents are of the authors only and in no way reflect the European Commission’s opinions.
The consortium is composed of 4 SME and two large company partners, and knowledge providers from universities and 2 public research centres. They have complementary competences in three different fields of instrumentation, in-line metrology, standardization and traceable measurements, and in two different application fields of thin-film technology. This diversity helps to significantly spread the impact of aim4np over many domains. Many of the participants from these partners had collaborated in the past in national, EU or other international projects, some of them with different affiliations at the time. This ensures that the consortium has enough congruence to enable the synergies needed for successfully completing the complex research tasks.

Centre d’Investigació en Nanociència
i Nanotecnologia. Centro Nacional de
Microelectrónica.
Bellaterra (Barcelona), Spain
