The Interreg Project AT-CZ “PredMAIn – AI-based Predictive Maintenance” invites to the first
communication event. Due to the currently increasing COVID numbers this event will be held
ONLINE via MS-Teams.

Predictive maintenance (PdM) is currently considered the top use case of artificial intelligence
(AI) in production. The potential for manufacturing SME is currently not exploited to the full
extent. This is mostly due to a lack of prerequisites for utilizing AI by SME, such as an easy
and uncomplicated application by the user on site. Therefore, the project goal is to create
general and transferable knowledge for manufacturing SME about AI-based predictive
maintenance systems.

In the first communication event, we will present the approach and potential for SME and
would like to collect their specific requirements in discussion rounds in order to incorporate
them into AI development.

 

 

 

 

 

We are looking forward to welcoming you at the 1st PredMAIn Communication Event.

When:      23 MAR 2022, 9am – 12.30pm
Where:     Online
Sign up:   Here on Eventbrite

24h before the event an MS Teams Link will be sent to you.

Program of the event: PredMAIn_Event_Invitation

 

 

Contact:

DI Christian Wögerer, MAS MSc

International Networks

+43 72 52 885 200
christian.woegerer@nullprofactor.at

 

 

 

 

 

 

 

More information about the project:

PredMAin | Profactor

Official Website

 

The EU funded Horizon 2020 project DrapeBot aims at the development of a human-robot collaborative draping process for carbon fiber composite parts. PROFACTOR is currently setting up a test area in its in-house robotics laboratory with a large ABB robot (reach of about 3m, payload of 200kg). The experimental setup will be put into operation in May.

In January and February 2022 construction of the DrapeCell at Profactor started. The robotic workcell includes a large ABB robot with a reach of about 3m and a payload of 200kg.

The workcell had to fulfill several, partially contradicting requirements. A key element was the stability of the whole setup to make sure that the robot can move (and stop) when carrying the large gripper, which is now close to the upper limit of the allowed payload. On the other hand the robotic platform needs to be transportable so that it can be installed at Dallara and Baltico as planned later in the project. Therefore, a modular structure was chosen for the platform, which allows to disassemble it into smaller components that are manageable in terms of size and weight. The robot is mounted on a base, so that it is at a more suitable height for collaborating with the human operators and picking up large patches of material from a table.

First tests have already been conducted to make sure that the robot is moving and all standard software components are working. The next step will be to integrate the required safety fence and to set up the computing hardware that will interact with the sensors for human perception, the gripper’s control unit and the robot. This will take place in the following weeks, so that a first integration test can take place in May 2022.

 

Contact:

ceitzi_Ansprepartner_webDI Dr. Christian Eitzinger
Head of Machine Vision
Tel.: +43 (0)7252 885-250
Fax: +43 (0)7252 885-101
E-Mail

 

 

 

 

 

More information:

www.drapebot.eu

DrapeBot | Profactor

Success-Story: Individuell angepasste Implantate aus 3D-Druck versprechen neue Ära regenerativer Medizin

Das Projekt setzt auf den kombinierten Einsatz ausgewählter Biomaterialen und additiver Fertigungstechnik.

Aus Biomaterialien hergestellte Implantate, die mit modernsten Fertigungsmethoden im 3D-Druck exakt auf individuelle Bedürfnisse der Betroffenen angepasst werden: Das ist das Ziel des europäischen Forschungsprojekts INKplant, um regenerative Medizin auf ein neues Level zu heben. Das Projekt wird mit Mitteln aus dem EU-Programm Horizon 2020 gefördert und vom Produktionsforschungsinstitut Profactor in Steyr koordiniert.

 

Im 3D-Druck produzierte Kieferimplantate (Zahnreihen). Foto: Stratasys

Foto: Stratasys

 

Der Kontext

Chronische Gelenkschäden und Defekte im Mund- und Kieferbereich bedeuten für Betroffene eine stark geminderte Lebensqualität. Die dazu derzeit in der Therapie eingesetzten medizinischen Implantate stehen meist nur in Standardformen aus anorganischen, nicht resorbierbaren Materialien zur Verfügung und erfordern hochinvasive chirurgische Eingriffe und lange Rehabilitationszeiten. In einer alternden Gesellschaft führt dies auch zu stetig steigender Kostenbelastung im Gesundheitswessen.

Das Forschungsprojekt INKplant entwickelt einen radikal neuen Ansatz, der die regenerative Medizin auf ein neues, effizienteres Niveau heben soll. Durch die Verwendung von Biomaterialien und die Anwendung additiver Fertigungsmethoden wird die Herstellung individuell angepasster Implantate mit hoher Biokompatibilität ermöglicht. Ergebnisse von INKplant sollen eine leistbare personalisierte medizinische Behandlung und eine wesentliche Verbesserung der Lebensqualität der Betroffenen sein.

Das Projekt

Die zu entwickelnden Implantate sollen das biologische und mechanische Verhalten des menschlichen Hart- und Weichgewebes nachahmen. Die dafür eingesetzten Kombinationen von biokompatiblen und biologisch abbaubaren Materialien müssen in Härte, Elastizität und Porosität den Anforderungen des jeweiligen Körperteils entsprechen und dem Implantat eine stabile Verankerung und rasches Einheilen ins Gewebe erlauben. Dadurch soll die Invasivität chirurgischer Eingriffe und die Gefahr möglicher Komplikationen verringert, die Rehabilitationszeiten verkürzt und damit die Gesundheitskosten deutlich gesenkt werden.

Für die Herstellung individuell angepasster Implantate werden hochauflösende additive Fertigungstechnologien angewandt und weiterentwickelt. „Der 3D-Drucker erhält die individuellen Daten der Patient:innen aus herkömmlichen bildgebenden Diagnoseverfahren der Medizin. Mit Softwarealgorithmen wird die perfekte Geometrie und der optimale innere Aufbau des Implantats errechnet“, erklärt Projektkoordinatorin Sandra Haas. Ein wesentlicher Schritt ist die Weiterentwicklung der Biomaterialien zu Tinten für das 3D Inkjet-System, welches es dann ermöglicht, hochauflösende 3D-Strukturen zu drucken.

Neben der Entwicklung dieses Herstellungsprozesses wird im Projekt auch die Anwendung der Implantate an vier Beispielsfällen erprobt: an Defekten des Meniskus und an Knochen- oder Knorpelverletzungen im Knie, an Gaumendefekten und in der zahnmedizinischen und oralen Rehabilitation.

Das Konsortium

Profactor koordiniert das Projekt, an dem 19 Partner aus Industrie und Forschung, die aus acht Ländern kommen, zusammenarbeiten:

Die Partner:

Profactor, Österreich
Stratasys, Israel
Lithoz, Österreich
Fluidinova, Portugal
3D Matrix Europe, Frankreich
Luxinergy, Österreich
Elkem Silicones, Frankreich
Tiger Coatings, Österreich
Universidad Politecnica de Madrid, Spanien
Johannes Kepler Universität Linz, Österreich
Kepler Universitätsklinikum GmbH, Österreich
Biomed Center Innovation gGmbH, Deutschland
Ludwig Boltzmann Gesellschaft, Österreich
Medizinische Universität Wien, Österreich
Charité Universitätsmedizin Berlin, Deutschland
Transtissue Technologies GmbH, Deutschland
Biotechnology Institute, Spanien
Universitair Medisch Centrum Utrecht, Niederlande
Asociacion Espanola de Normalizacion, Spanien

Die Rolle der österreichischen Partner

Profactor: Entwicklung von Bio-Inkjet-Tinten, Druck- und Härtungsprozessen und des 5-Achs-3D-multimaterial Inkjet Druckers
Lithoz: Lithography-Based Ceramic Manufacturing Prozesse für bi-material Keramik
Luxinergy: Biologisch abbaubare Polymere für Inkjet
Tiger Coatings: Hochskalierung der Tinten, Charakterisierung und Qualitätssicherung für CE-Zertifizierung
Johannes Kepler Universität ICP: Biologisch abbaubare Polyphosphaze-Polymere für Inkjet, Charakterisierung der Biodegradierbarkeit der Tinten
Johannes Kepler Universität IPPE: Testen der biomechanischen Eigenschaften von Materialien/Designs
Kepler Universitätsklinikum: Expertise für Use Cases und in-vivo Tests
Ludwig Boltzmann Gesellschaft: Biokompatibilitätstests, in-vivo Tests
Medizinische Universität Wien: Modellierung von biomechanischen und Gewebeintegrationseigenschaften, Entwicklung von Druckdateien

Der Mehrwert eines EU-Projekts

Sandra Haas, Projektkoordinatorin INKplant

Sandra Haas, Stellvertretende Projektkoordinatorin INKplant
Foto: Sandra Haas

„Das Besondere an einem EU Projekt ist neben der engen länderübergreifenden Kooperation auch die Involvierung eines externen Expertengremiums und der starke Fokus auf „Open Innovations“, erklärt Sandra Haas, stellvertretende Projektleiterin von INKplant.

„Das Konsortium besteht aus sehr erfahrenen Experten in sämtlichen Bereichen, von der Entwicklung über die Produktion bis zur Zertifizierung und Anwendung der neuen Implantate. Dadurch ist wertvolles Wissen im Gremium vorhanden, das dank des unglaublichen Enthusiasmus aller Partner für das Projekt und die Projektidee proaktiv ausgetauscht wird und zu neuen Erkenntnissen und Ideen führt. Die externen Experten und „Open Innovations“ Aktivitäten ermöglichen hier nochmals neue Blickwinkel auf einzelne Bereiche der Entwicklung und Lösungsansätze für neue, während der Forschungsarbeit auftretende Herausforderungen zu finden.“

 

Kontakt FFG

Dr. Stefan Köstner

Dr. Stefan Köstner

T +43 5 7755 4306
stefan.koestner@nullffg.at

Fact Box

Projekttitel: INKplant

Förderprogramm: Horizon 2020
Förderlinie: LEIT NMP
Projekttyp: RIA

Projektkosten: 5,99 Mio. €
davon EU-Förderung: 5,99 Mio. €

Projektstart: 1. Jänner 2021
Projektende: 31. Dezember 2023

Projektkoordinator: Profactor GmbH
Koordinatorin: Elena Guillen (dzt. in Karenz)
Stv. Koordinatorin: Sandra Haas
e-mail: info@nullinkplant.eu, sandra.haas@nullprofactor.at
Tel.: Sandra Haas: +43 7252/885-411

Weitere österreichische Projektpartner:
Lithoz GmbH
Luxinergy GmbH
Tiger Coatings
Johannes Kepler Universität Linz
Kepler Universitätsklinikum GmbH
Ludwig Boltzmann Gesellschaft
Österreichische Vereinigung zur Förderung der wissenschaftlichen Forschung
Medizinische Universität Wien

Projektwebsite: https://www.inkplant.eu/

Weitere Infos: https://www.profactor.at/forschung/additive-mikronano-fertigung/additiver-inkjet-druck/projekte/inkplant-ec-h2020/

 

Profactor and GMAR are inviting to the 3rd  regional and transregional Industry Talk – IMPROVE! Cross Border WG & CEUP RIS3Round Table.

Once again interesting international talks have been prepared! Participants are invited to exchange thoughts and ideas

regarding various topics relating to Industry 4.0 & the field of Robotics.

 

Additionally, Christian Wögerer & Oswald Bratu are going to hold a speech on

“Commonalities in Central Europe to upstream policy making in Advanced Manufacturing & Industry 4.0”

 

Don’t miss the chance and register now here:

https://www.eventbrite.de/e/gmar-industry-talks-iii-english-tickets-260991170617

Invitation_ IndustryTalks_3

 

Technology Trends

The January/February issue of the Chip Scale Review, one of the world’s leading journals for the semiconductor sector, published an article by our Head of Functional Surfaces and Nanostructures, Dr. Leo Schranzhofer, published. The article is related to the EU-funded TINKER Project and is in cooperation with the consortium partners Dr. Martin Eibelhuber (Deputy Head of Business Development, EV Group, Austria) and Martina Chopart, MSc (EU Project Manager, AMIRES s.r.o.).

“Shrinking RADAR and LiDAR sensor packages – an introduction to TINKER”

<- Article on page 11+12

 

 

If you have any further questions please contact:

Dr. Leo Schranzhofer
Head of Functional Surfaces and Nanostructures
Tel.: +43 (0)7252 885-429
Fax: +43 (0)7252 885-101
E-Mail

Based on own publications from the last years and several funded projects Michael Mühlberger, Senior Scientist in the Functional Surfaces and Nanostructures Group at PROFACTOR, wrote a review paper on “Nanoimprinting of Biomimetic Nanostructures”, which was now published in nanomanufacturing (Nanomanufacturing 2022, 2(1), 17-40).

Find the article here: https://www.mdpi.com/2673-687X/2/1/2

The open access paper provides an overview of different fields of applications where biomimetic nanostructures were replicated using nanoimprinting. Application areas like optics, friction modification, life sciences are discussed and the state of the art of Nanoimprinting of bio-inspired structures is presented.

 

DI Dr. Michael Mühlberger
Functional Surfaces and Nanostructures
Senior Scientist
Tel.: +43 (0)7252 885-253
Fax: +43 (0)7252 885-101
E-Mail

 

On the 7th of July 2021 PROFACTOR in cooperation with GMAR invited to the TIN Tech & Trend Dialogue on Artificial Intelligence at the lake Constance in Germany. The “Lake Constance Talks” have been a great opportunity to gather policy actors, researchers & industry representatives together and to discuss hot topics of artificial intelligence in connection with automation & robotics, sustainability, energy and robotics.

The “Lake Constance Talks” where organized in three main parts. In the thirst phase of the day several speeches and presentation on “Disruption in the Construction Industry”, “Robotics in Construction & EU Project CONCERT” and “With Artificial Intelligence to an efficient 6 sustainable Human-Robot Collaboration in production” were held. The morning session was rounded and finalized by Nico Riemann form the Bavarian Research Alliance and his presentation on “Digitalization and Sustainability: European Funding of Automation, AI & Robotics”.

After the highly comprehensive and intensive morning session, which gave numerous inputs of status quo technology and all the potential to shape the future industries & economy of central Europe, the second part was organised in two round table discussions moderated by PROFACTOR and JOANNEUM RESEARCH ROBOTICS on “Sustainable Production” and “The Democratization of Artificial Intelligence”. This gave the chance to figure out new trends but also big question marks, which allows us to continue researching and to develop the future.

Lastly, the last session’s highlights have been the penal discussion lead by Österreichischer Verband für Elektrotechnik on the topic of “The Role of Networks for Sustainable Production” and the Outdoor-Performance by Mattro GmbH.

 

 

Further information on the CEUP 2030 project can be found on the project’s homepage: CEUP 2030 – Interreg (interreg-central.eu)

Furthermore, the presentations used during the Lake Constance Talks can be downloaded by using the following link: https://files.profactor.at/public/382b482fe654

Following the successful conclusion of the first open call, 10 projects worth (just over) €1 million were awarded in June 2021.

Now the second open call launches this week with €2.2million of funding available (call closes on 1st October 2021 @ 17:00 CET).

More details: ZDMP Newsletter_Open Calls / ZDMP Promo Pack Call 2

 

 

The offer for successful project applicants:

  • Funding of between €50-€150k for each project
  • The freedom to exploit project outputs across your business (with some restrictions). ZDMP does not take equity
  • Between 15-20 SME/startups will be chosen to share in the €2.2 million total grant pool for Call 2
  • The opportunity to develop new, working relationships with businesses in the Industry4.0 domain
  • Access to a new sales channel through the ZDMP Marketplace
  • Support throughout the application process.

Projects can be run virtually so companies can join from anywhere within the EU, UK, and associated countries and applications are welcomed from technology SMEs and manufacturers and can either be individual bids or consortiums of two (although always led by an SME).

 

Applicants are asked to bid for sub-projects in the following 3 areas:

  • Development
    • Sub-projects for the development of: Design-time / Run-time digital manufacturing applications, components and services; new AI/Machine Learning solutions and new algorithms; developing/extending ZDMP applications and services into new domains.
  • Integration
    • Sub-projects to improve the ZDMP ecosystem by integrating existing 3rd Party applications, components and/or platforms, or integrating ZDMP applications or components with 3rd Party processes in new domains.
  • Validation

Sub-projects for functional, scenario and technical validation and/or performance or usability testing of ZDMP applications (zApps) and components in ‘real-world’ manufacturing contexts.

On the 10th of June and 11th of June 2021 PROFACTOR in cooperation with GMAR organized the TIN Tech & Trend Dialogue Meeting on Robotics & Automation in the “House of Engineers” in Vienna at the Austrian Robotics Workshop 2021.

This year’s event focused on sensor technology in robotic systems. Wilfried Kubinger from the FH Technikum Wien emphasized the importance of this technology and the future trends in robotics and automatization. Sebastian Schlund from the TU Wien started the day with a speech about “Democratization of Industrial Cobot Technology” followed by several presentations on mobile robotics.

Stephan Weiss from the AAU Klagenfurt introduced the second part of the first day about sensor technology with a presentation on “Multi-Sensor Fusion for Resilient State Estimation”. He was followed by several other speeches on dynamic sensors for robotic systems.

The first day ended with poster presentations of student papers in the field of robotics systems and an open discussion round called “Meeting High Potentials” which gave the opportunity to all participants to have an information exchange with researchers, developer and representatives of the industry.

The highlights of the second day were the speech given by Christina Olaverri-Monreal form the JKU Linz on “Robots in Intelligent Transportation Systems” and the “Best Paper Awards” which were granted to the best student papers.

Further information about the CEUP 2030 Project can be found here: CEUP 2030 – Interreg (interreg-central.eu)

 

Bone replacement for oral surgery, meniscus replacement or tissue to close cleft palate – all of this could be 3D printed in future. PROFACTOR is coordinating a six-million-euro EU project dealing with the fusion of different advanced biomaterials and 3D printing technologies to find new solutions for the fabrication of resorbable implants. The goal of the project: reducing the number of highly invasive surgeries, shorter rehabilitation times and implants that conform to each patient like a tailor-made suit.

 

Links:

INKPLANT (EC-H2020) | PROFACTOR.at

www.inkplant.eu

@INKplantEU | Twitter

www.linkedin.com/company/inkplanteu