Dashboard

Project twitter feed
10/05/2021 20:58:15 - E2COMATION H2020 project -@e2comation
E2COMATION
RT @EFFRA_Live: The new @EFFRA_Live public newsletter is out! Stay tuned with a round-up of the most relevant news about #MadeinEurope an…
10/05/2021 16:14:27 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
STAR Pilots follows co-creation approach as integral part of an agile development process ensuring the delivery of safe, trusted, and human-centric #AI integration in #manufacturing environments 👉 [URL] #starAI_EU #H2020 #Industry40 [Go to tweet]

pic.twitter.com/GwLFz3LuDd
10/05/2021 12:30:55 - Reclaim Manufacturing -@Reclaim_FoF
Karlsruhe, Germany
RE-manufaCturing and Refurbishment LArge Industrial equipMent RECLAIM
Last week, @CTCRioja, @tecnalia & @advanticsys installed the first sensors @Fluchosoficial. Temperature controllers and a #data logger will allow us to acquire valuable data about the machine performance and conduct their health assessment. #digitalretrofitting [Go to tweet]

pic.twitter.com/gBZHNTgEQT
10/05/2021 12:02:09 - EU-Japan.AI -@EUJapanAI
EU & Japan
Advancing Collaboration and Exchange of Knowledge Between the EU and Japan for AI-Driven Innovation in Manufacturing EU-Japan.AI
⚙️#AI has enormous potential for #manufacturing companies in terms of reducing operating costs, improving productivity and quality. 🔗@EUJapanAI project will help to understand how EU & Japan are harnessing this great potential! 🇪🇺 🇯🇵 @EU_H2020 #H2020 [Go to tweet]

pic.twitter.com/ibI0V7Y1Rs
10/05/2021 12:01:50 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
📢 Get to know our #Training offer - "CCSK - Certificate of Cloud Security Knowledge" from @3IFconsortium - Cloud security Alliance and SaaSificationSecurity #Cloud #security - More info 👉 [URL] [Go to tweet]

pic.twitter.com/Iansu31dZb
10/05/2021 11:08:28 - Level-Up 🏭 -@LevelUp_eu
Protocols and Strategies for extending the useful Life of major capital investments and Large Industrial Equipment LEVEL-UP
Start your week off by checking out our new video 🎬 about the @marlegno pilot line in @LevelUp_eu and learn how the developed technologies within the project will give solution to current challenges for the company👇 [URL] #h2020 #Industry40
10/05/2021 08:39:55 - DIY4U -@DIY4U_EU
Open Innovation Digital Platform and Fablabs for Collaborative Design and Production of personalised/customised FMCG DIY4U
RT @AISEdetergents: On #EuropeDay, #AISE calls on the EU to prioritise a strong #EUSingleMarket that fosters #innovation for industry and e…
10/05/2021 08:37:23 - DIY4U -@DIY4U_EU
Open Innovation Digital Platform and Fablabs for Collaborative Design and Production of personalised/customised FMCG DIY4U
RT @AISEdetergents: In the event of an accident with a #detergent product, the UFI code will help the poison centre identify the product an…
10/05/2021 07:00:52 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
🎯 What if we told you that are about to find the best fit for your tech needs? Manufacturing SMEs the I4MS Brokering tool is for you! #smes #brokeringsystem #matchmaking 👉 [URL] [Go to tweet]

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10/05/2021 06:41:51 - Uptime-H2020 -@uptimeH2020
UNIFIED PREDICTIVE MAINTENANCE SYSTEM UPTIME
RT @imu_ntua: Proud to contribute in innovative #manufacturing projects and help make Europe a leader in green and digital industry. @upt
10/05/2021 06:32:48 - COALA Your Factory Assistant -@Coala4Factory
COgnitive Assisted agile manufacturing for a LAbor force supported by trustworthy Artificial Intelligence COALA
RT @imu_ntua: Proud to contribute in innovative #manufacturing projects and help make Europe a leader in green and digital industry. @upt
08/05/2021 13:21:25 - ConnectedFactories -@C_Factories
Global-leading smart manufacturing through digital platforms, cross-cutting factors and skilled workforce ConnectedFactories 2
RT @EUJapanAI: ICT-38 Projects Cluster Workshop #1 is currently taking place! Looking forward to a fruitful cooperation. ICT-38 projects a…
07/05/2021 16:47:02 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
Last week, we held a really productive & rich in contributions co-creation #workshop organised by @Philips #starAI_EU Case pilot! Participants shared their ideas & visions co-designing technological concepts of each use case. Great work!👉 [URL] #AI #Industry40 [Go to tweet]

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07/05/2021 16:21:14 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
Today, the 1st ICT-38 Projects Cluster (AI-MAN) Workshop has taken place! We look forward to working together towards #trustworthy #AI in #manufacturing! 🇪🇺 @EU_H2020 #H2020 @EUJapanAI @Mas4Ai @XMANAI_Project @AiTeaming @Coala4Factory @ASSISTANTProje3 @knowlEdgeEU @AiProficient [Go to tweet]

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07/05/2021 14:25:14 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
Humans and AI in Manufacturing: mission impossible? Check our latest BLOG POST by @FerrettoAndrea from @gft_it 👉 [URL] #star_AI #H2020 #AI #artificialintelligence #humanmachineinteraction #smartmanufacturing [Go to tweet]

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07/05/2021 14:23:53 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
RT @AiTeaming: ❗️ ICT-38 Projects Cluster first Workshop is happening now and we are happy to participate! [URL]
07/05/2021 13:37:09 - MouldTex Project -@MouldtexP
FRICTION OPTIMISATION OF SEALS THROUGH ADVANCED LASER SURFACE TEXTURING OF MOULDS MouldTex
"Plastiques et Caoutchouc", a french technical magazine for plastics and rubber featured a 3 pages article written to explain the technical innovation of our project MouldTex. Read it here : [URL] #innovation #H2020 #rubber #friction #seals
07/05/2021 13:27:36 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
Join our next #I4MS Talk with the I4MS Ambassador, Aljosa Pasic, and learn why acquiring knowledge about security needs and the application of information security systems, is so important! When: 12th May 2021, 15:00 CET 👉FREE Register [URL] #cybersecurity
07/05/2021 12:26:02 - CyberFactory-1 -@CyberFactory_1
Addressing opportunities and threats for the Factory of the Future (FoF) CyberFactory#1
RT @SISTRADE: Have a glimpse of what we are doing on @CyberFactory_1 , to foster a better, more secure and resilient European Industry. htt…
07/05/2021 12:15:48 - COALA Your Factory Assistant -@Coala4Factory
COgnitive Assisted agile manufacturing for a LAbor force supported by trustworthy Artificial Intelligence COALA
RT @EUJapanAI: ICT-38 Projects Cluster Workshop #1 is currently taking place! Looking forward to a fruitful cooperation. ICT-38 projects a…
07/05/2021 11:38:53 - EU-Japan.AI -@EUJapanAI
EU & Japan
Advancing Collaboration and Exchange of Knowledge Between the EU and Japan for AI-Driven Innovation in Manufacturing EU-Japan.AI
ICT-38 Projects Cluster Workshop #1 is currently taking place! Looking forward to a fruitful cooperation. ICT-38 projects are: @EUJapanAI @Mas4Ai @starAI_eu @XMANAI_Project @AiTeaming @Coala4Factory @ASSISTANTProje3 @knowlEdgeEU @AiProficient 🇪🇺 🇯🇵 @EU_H2020 #H2020 [Go to tweet]

pic.twitter.com/gGZTtT7YyF
07/05/2021 10:57:48 - InterQ -@interq_project
Interlinked Process, Product and Data Quality framework for Zero-Defects Manufacturing InterQ
"The origin of the idea of the project came up from the monitoring and digitalization of manufacturing processes and lines." Jokin Muñoa from IDEKO. Full article: [URL] #InterQ #InterqProject #zerodefectmanufacturing #data [Go to tweet]

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07/05/2021 10:12:33 - EU-Japan.AI -@EUJapanAI
EU & Japan
Advancing Collaboration and Exchange of Knowledge Between the EU and Japan for AI-Driven Innovation in Manufacturing EU-Japan.AI
ICT-38 Projects Cluster Workshop #1 is currently taking place! Looking forward to a fruitful cooperation. ICT-38 projects are: @EUJapanAI @Mas4Ai @starAI_eu @XMANAI_Project @AiTeaming @Coala4Factory @ASSISTANTProje3 knowlEdge & AI-PROFICIENT 🇪🇺 🇯🇵 @EU_H2020 #H2020 [Go to tweet]

pic.twitter.com/moS0WugRly
07/05/2021 09:07:58 - AMable -@amable_eu
AdditiveManufacturABLE AMable
A Multi-Purpose-Multi-Effect-Dryer created from our Dutch partner. The goal is to develop fused deposition modelling printed parts for a multi effect vaporization dryer with best-in-class eco-footprint. [Go to tweet]

pic.twitter.com/rDaKUg3wfB
07/05/2021 09:00:54 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
Interested in Industry 4.0? Register for I4MS Ambassador Valerio Alessandroni's talk, about the importance of horizontal & vertical integration & the amplification of it by the Industry 4.0 📅 24/02 at 13:00 CET 👉 [URL] [Go to tweet]

pic.twitter.com/5H7HNDczgK
07/05/2021 08:33:11 - SHOP4CF -@Shop4Cf
Smart Human Oriented Platform for Connected Factories SHOP4CF
If you are a system integrator who would like to integrate @Shop4Cf solutions to your customer’s #manufacturing environment, apply now to our #opencall and you will enter our 8-month program and get funded with €100K equity-free. For more info visit: [URL] [Go to tweet]

pic.twitter.com/RqjqZEfUVU
07/05/2021 08:00:54 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
⚙ Are you training future digital manufacturers? Upload your course here 👉[URL] #digitalskills [Go to tweet]

pic.twitter.com/JqR72q4p9h
07/05/2021 05:35:27 - iQonic -@iQonic_project
Innovative strategies, sensing and process Chains for increased Quality, re-configurability, and recyclability of Manufacturing Optolectronics IQONIC
RT @FORTH_ITE: The #Biosensors lab at @IMBB_FORTH and @Biopix_T, a @FORTH_ITE spin-off company, have developed “#Pebble”, a novel device fo…
06/05/2021 16:19:11 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
Get the latest updates from STAR right to your mailbox! Subscribe to our #NEWSLETTER and NEWS ALERTS! 📨 [URL] #starAI_EU [Go to tweet]

pic.twitter.com/be1FhU9hrM
06/05/2021 15:24:36 - MADEin4 Project -@Madein4P
Metrology Advances for Digitized ECS industry 4.0 MADEin4
RT @ECSEL_JU: 📢Save the date! 19 May 2021 🇮🇹 ECSEL Italy is organizing a virtual conference on Electronic Components & Systems R&I program…
06/05/2021 14:20:58 - EU-Japan.AI -@EUJapanAI
EU & Japan
Advancing Collaboration and Exchange of Knowledge Between the EU and Japan for AI-Driven Innovation in Manufacturing EU-Japan.AI
📰@EUJapanAI recommends this interesting Forbes article which explains why #XAI is the next step for #AI in #manufacturing. 🔗 Read the full article here: [URL] 🇪🇺 🇯🇵 @EU_H2020 #H2020
06/05/2021 12:01:23 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
📢 Get to know our #Training offer - "Master in Digital Marketing" from Digital Innovation HUB Industry 4.0 Burgos - More info 👉 [URL] [Go to tweet]

pic.twitter.com/VIGjGi3vR7
06/05/2021 11:20:34 - CloudiFacturing -@CloudiFacturing
Duisburg, Germany, Europe
Cloudification of Production Engineering for Predictive Digital Manufacturing CloudiFacturing
RT @I4MS_Europe: 💡 Discover how can you apply to @digitbrain_EU first #opencall for application experiments 📅 Closing date: 30.06.2021 💰…
06/05/2021 11:19:55 - DIGITbrain -@digitbrain_EU
DIGITbrain
RT @I4MS_Europe: 💡 Discover how can you apply to @digitbrain_EU first #opencall for application experiments 📅 Closing date: 30.06.2021 💰…
06/05/2021 10:58:52 - SHOP4CF -@Shop4Cf
Smart Human Oriented Platform for Connected Factories SHOP4CF
RT @EFFRA_Live: The new European #industrial #strategy will rely on R&I as a key enabler for a #green, #digital and #circular industry! #Ma
06/05/2021 10:50:40 - FIT4FoF -@FIT4FoF
Europe
Making our Workforce Fit for the Factory of the Future FIT4FoF
Now uploaded in @Clusters_EU' platform the article about @CEAGA's educational pilot 🚗 Follow the link ➡️ [URL] [Go to tweet]

pic.twitter.com/H575TDjAjS
06/05/2021 10:11:45 - Integradde Project -@Integradde
O Porriño, España
Intelligent data-driven pipeline for the manufacturing of certified metal parts through Direct Energy Deposition processes INTEGRADDE
📢 Joining forces is the best road to success 🚀 This is why @Integradde, @LevelUp_eu and @DIMOFAC_EU have come together! 🎯The goal? Unlocking the technological #innovation potential in EU #manufacturing. ↘️The @EU_H2020 Booster made it possible: [URL] [Go to tweet]

pic.twitter.com/MCcFqs1hL7
06/05/2021 10:00:13 - AMable -@amable_eu
AdditiveManufacturABLE AMable
A Multi-Purpose-Multi-Effect-Dryer created from our Dutch partner. The goal is to develop fused deposition modelling printed parts for a multi effect vaporization dryer with best-in-class eco-footprint.
06/05/2021 09:29:48 - Penelope.EU -@PenelopeEU1
Galicia, España
PENELOPE
🔴Today is the @PenelopeEU1 6M project meeting👩‍💻! How could we better start than sharing progress about the project´s key topics: large-part high-precision #manufacturing #AI #automation #RoboticSystems ↘️Stay tuned for more updates! [URL] #digitalpipeline [Go to tweet]

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06/05/2021 09:16:12 - Kyklos40Project -@Kyklos40Project
An Advanced Circular and Agile Manufacturing Ecosystem based on rapid reconfigurable manufacturing process and individualized consumer preferences KYKLOS 4.0
Do you have a great solution 🛠️ for the @Kyklos40Project #opencall, but are still missing the right partner? 👀 Look no further! Sign up to our partnering platform and find the organisation you need.🤝 Register now 👉 [URL] [Go to tweet]

pic.twitter.com/n977XXdvQ6
06/05/2021 09:00:13 - Sherlock H2020 Project -@SherlockH2020
Bruxelles, Belgique
Seamless and safe human - centred robotic applications for novel collaborative workplaces SHERLOCK
How is #robot operation adapted to the operator so that the performance & wellbeing of the human improve? Activity tracking is the solution! It allows robots to adapt 🏃‍♂️motion 💪skills 💭intentions of the operator to the requirements of a task Read more👉[URL] [Go to tweet]

pic.twitter.com/KCGXk74h3z
06/05/2021 08:24:59 - DIY4U -@DIY4U_EU
Open Innovation Digital Platform and Fablabs for Collaborative Design and Production of personalised/customised FMCG DIY4U
Another partner in our consortium is @VTTFinland. Their role is the integration of the #PAT tools into the #fablab. The integration work consists of surveying multiple kind of optical and spectroscopic measurement technologies. They propose miniaturized state-of-the art solutions [Go to tweet]

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06/05/2021 08:03:01 - iQonic -@iQonic_project
Innovative strategies, sensing and process Chains for increased Quality, re-configurability, and recyclability of Manufacturing Optolectronics IQONIC
💡Meet our partners #1: @FORTH_ITE . Find out the roles and activities of the #iQonic team! From #multisensorial #data acquisition to in-line #inspection systems. Deepen the know-how and activity of #FORTH. 👉 [URL] @EU_H2020 #ZeroDefect #Optoelectronics [Go to tweet]

pic.twitter.com/2wLskpl6gD
06/05/2021 07:53:53 - DigiFed -@DigiFed
Digital Innovation Hubs (DIH) federation for large scale adoption of  digital technologies by European SMEs DigiFed
Have questions about ongoing Application Experiment Open Call #3? Our active support helpdesk can help! Join us every Thursday from 15:30 to 16:30 until the 8th June 2021 deadline at: [URL] #H2020 #Europe #helpdesk #funding #SMEs #innovation #support [Go to tweet]

pic.twitter.com/d3R6FczkEE
06/05/2021 07:32:07 - L4MS -@L4MS_EU
Europe
Logistics for Manufacturing SMEs L4MS
"We connected both robots and the factory ERP system to the OPIL framework. This way all stock information is kept updated and all components are fully traceable,” says J. Pérez, Service Director at @LQcase [URL]
06/05/2021 07:00:43 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
💡 Discover how can you apply to @digitbrain_EU first #opencall for application experiments 📅 Closing date: 30.06.2021 💰 Up to 100K€ per experiment More here 👉 [URL] [URL]
06/05/2021 06:08:03 - ETEKINA -@heat_pipes
Europe
HEAT PIPE TECHNOLOGY FOR THERMAL ENERGY RECOVERY IN INDUSTRIAL APPLICATIONS ETEKINA
NEW #ScientificPublication! "Comprehensive numerical model for the analysis of potential #heatrecovery solutions in a #ceramic #industry" 👉 [URL] @mv_venturelli @MontorsiLuca @Sam_Jouhara  #ETEKINA #wasteheat [Go to tweet]

pic.twitter.com/7qxkqL3ACI
06/05/2021 01:00:00 - DENiM project -@DENiM_fof
DENiM
RT @EUScienceInnov: The revised #EUIndustrialStrategy puts the twin green & digital transitions at the centre stage, bringing us closer to…
06/05/2021 00:57:17 - E2COMATION H2020 project -@e2comation
E2COMATION
RT @EUScienceInnov: The revised #EUIndustrialStrategy puts the twin green & digital transitions at the centre stage, bringing us closer to…
05/05/2021 21:34:53 - Industry4.E Lighthouse -@Industry4E
Ireland
Coordination and Support Action for Industry4.E CSA-Industy4.E
RT @EARTOBrussels: 📢In case you missed it, #EUIndustrialStrategy is OUT‼️ @vestager @VDombrovskis @ThierryBreton @EU_Growth #SingleMarket #…
05/05/2021 19:27:00 - ArrowheadTools -@ArrowheadTools
Arrowhead Tools for Engineering of Digitalisation Solutions Arrowhead Tools
RT @ArrowheadEU: Nice Eclipse Arrowhead HowTo videos made available by AITIA Inc. [URL]
05/05/2021 16:34:18 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
The 1st Co-creation Workshop of the #starAI_EU @Philips Pilot that took place last week was very successful! We thank all the participants for great collaborative work! #AI #H2020 #Industry40 👉 [URL] [Go to tweet]

pic.twitter.com/73WVJ2Lvg9
05/05/2021 11:42:35 - EU-Japan.AI -@EUJapanAI
EU & Japan
Advancing Collaboration and Exchange of Knowledge Between the EU and Japan for AI-Driven Innovation in Manufacturing EU-Japan.AI
RT @BDVA_PPP: Registration is now open for the #DataWeek2021! 🕰When? 25 to 27 May 📍Where? Online, as a 3-day event. ℹ️ What to know…
05/05/2021 11:06:50 - SHOP4CF -@Shop4Cf
Smart Human Oriented Platform for Connected Factories SHOP4CF
We have officially launched our #opencall! We are looking for 6 projects to be funded with up to €100K equity-free targeted to #SystemIntegrators who would like to integrate #SHOP4CF solutions to their customer’s manufacturing environment. For more info 👉[URL] [Go to tweet]

pic.twitter.com/pK2vSNQFQg
05/05/2021 10:48:21 - FIT4FoF -@FIT4FoF
Europe
Making our Workforce Fit for the Factory of the Future FIT4FoF
Learn more about the first educational pilot of FIT4FoF organised by @CEAGA during the month of April, now on our website news with a video included. Follow the link and watch the summary video of the pilot ➡️ [URL] [Go to tweet]

pic.twitter.com/qOOBobtEKL
05/05/2021 10:44:51 - DIY4U -@DIY4U_EU
Open Innovation Digital Platform and Fablabs for Collaborative Design and Production of personalised/customised FMCG DIY4U
Improving Physical Properties of MES for Liquid Detergent online event. Would you like to join? [URL]
05/05/2021 10:30:00 - DIY4U -@DIY4U_EU
Open Innovation Digital Platform and Fablabs for Collaborative Design and Production of personalised/customised FMCG DIY4U
RT @alconox: What is free rinsing detergent? [URL]
05/05/2021 10:04:32 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
Last week, the 1st Co-creation #Workshop of the #starAI_EU @Philips Pilot was very successfully released! We thank all the participants for great collaborative work! #AI #H2020 #Industry40 👉 [URL] [Go to tweet]

pic.twitter.com/qomQiZ86JQ
05/05/2021 09:18:40 - Rossini 🤖 🇪🇺 -@Rossini_project
RObot enhanced SenSing, INtelligence and actuation to Improve job quality in manufacturing ROSSINI
🔉Tomorrow Matteo Zanaroli from project coordinator @DatalogicGroup will present @Rossini_project at the launch event of Horizon Europe organized by @ConfindustriaEM 👏 📅 Thursday (6/5) ⏰10.40 For more info see below👇 [URL]
05/05/2021 08:47:32 - CloudiFacturing -@CloudiFacturing
Duisburg, Germany, Europe
Cloudification of Production Engineering for Predictive Digital Manufacturing CloudiFacturing
15 minutest to the lecture of @digitbrain_EU's project coordinator. You can still register for free! #smartmanufacturing #manufacturingasaservice #H2020 @I4MS_Europe [URL]
05/05/2021 08:45:16 - DIGITbrain -@digitbrain_EU
DIGITbrain
Only 15 Minutes to go! Watch our project coordinator introducing DIGITbrain project at #European Regions for #Smartcommunities Summit! Register for free: [URL] #DigitalTwins for #Manufacturing #SMEs #EUFunds [URL]
05/05/2021 08:38:46 - DigiFed -@DigiFed
Digital Innovation Hubs (DIH) federation for large scale adoption of  digital technologies by European SMEs DigiFed
DigiFed offers funding of up to € 50k with technical and business support to start-ups, SMEs, MidCaps in Europe. DigiFed's last, 3rd Application Experiment #OpenCall will be ending on June 8! More: [URL] #H2020 #Europe #innovation #SMEs #funding [Go to tweet]

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05/05/2021 08:35:48 - DigiFed -@DigiFed
Digital Innovation Hubs (DIH) federation for large scale adoption of  digital technologies by European SMEs DigiFed
RT @SAE_Initiative: 📢THE SAE MARKETPLACE IS ONLINE 📢 Looking for Technological solutions & Funding opportunities to speed up your digital t…
05/05/2021 08:28:03 - Level-Up 🏭 -@LevelUp_eu
Protocols and Strategies for extending the useful Life of major capital investments and Large Industrial Equipment LEVEL-UP
@LevelUp_eu has teamed up with @Integradde and @DIMOFAC_EU to unlock the technological #innovation potential in European #manufacturing. Have a look at the video below to get to know better the three projects and their efforts to promote sustainable industrial growth 👇 #h2020 [Go to tweet]

pic.twitter.com/sqhDVZd7Ai
05/05/2021 08:21:59 - ArrowheadTools -@ArrowheadTools
Arrowhead Tools for Engineering of Digitalisation Solutions Arrowhead Tools
How to get started with Eclipse Arrowhead: [URL] @ArrowheadEU @PalVarga1
05/05/2021 07:58:45 - Sherlock H2020 Project -@SherlockH2020
Bruxelles, Belgique
Seamless and safe human - centred robotic applications for novel collaborative workplaces SHERLOCK
🤝The collaboration between 🤖& humans requires clear communication to increase the operator's trust & confidence The #Robot to Human Communication Module developed with @tecnalia provides real-time feedback of robot movements during collaborative large part transportation. [Go to tweet]

pic.twitter.com/hIF7xcp1qM
05/05/2021 07:43:21 - Level-Up 🏭 -@LevelUp_eu
Protocols and Strategies for extending the useful Life of major capital investments and Large Industrial Equipment LEVEL-UP
RT @HolonixSRL: L’#innovazione promossa da #Industria 4.0 si conferma viaggiare su #Cloud: sta dunque ai suoi utilizzatori, saper cogliere…
05/05/2021 07:30:00 - iPRODUCE Project -@iPRODUCE_EU
A Social Manufacturing Framework for Streamlined Multi-stakeholder Open Innovation Missions in Consumer Goods Sectors iPRODUCE
📢 iPRODUCE - #Competition #1 on Solutions and Services for the Prosumer is NOW OPEN! Submit your idea 💡to the competition challenges and have a chance to win €1.500 to develop your idea! 💪 📫 Join us! Apply by 30 June 21! Info and submission 👉 [URL] [Go to tweet]

pic.twitter.com/AuyU5zg074
05/05/2021 07:00:38 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
#Opencall - @betterfactory is launching its First Open Call for full proposals 🚀 8 Knowledge Transfer Experiments will be selected to lead the #digital transformation of the #manufacturing ecosystem! 🗓 Starts 01/05/2021 📈 Up to 200K EUR 🔗 [URL] [Go to tweet]

pic.twitter.com/JyzdrYOzW9
05/05/2021 06:35:05 - ETEKINA -@heat_pipes
Europe
HEAT PIPE TECHNOLOGY FOR THERMAL ENERGY RECOVERY IN INDUSTRIAL APPLICATIONS ETEKINA
Thanks to @GreenCogEU, a free, neutral and open business and policy platform for the #energytransition
05/05/2021 05:18:02 - ETEKINA -@heat_pipes
Europe
HEAT PIPE TECHNOLOGY FOR THERMAL ENERGY RECOVERY IN INDUSTRIAL APPLICATIONS ETEKINA
"Four young scientists talk about the future of #wasteheatrecovery" - Find our #interview in 7 languages: 🇮🇹#recuperecalore/🇪🇸#recuperacióncalorresiduall/🇩🇪#abwärmenutzung/🇵🇹#recuperaçãocalor/🇫🇷#récupérationchaleur/🇳🇱#warmteterugwinning [URL] [Go to tweet]

pic.twitter.com/tk4l0sgZGE
04/05/2021 21:51:17 - ArrowheadTools -@ArrowheadTools
Arrowhead Tools for Engineering of Digitalisation Solutions Arrowhead Tools
RT @IncQueryLabs: The latest in the @ArrowheadTools half-yearly plenary workshops was held in the middle of April. Learn about our contribu…
04/05/2021 17:05:31 - CloudiFacturing -@CloudiFacturing
Duisburg, Germany, Europe
Cloudification of Production Engineering for Predictive Digital Manufacturing CloudiFacturing
Attend Antonio M Ortiz' lecture tomorrow and get introduced to the @digitbrain_EU Project! By the way - you can apply for the project and get funded at the implementation of your #digitaltwin. Read more here: [URL] #SmartManufacturing #AI #KI #innovationfund [URL]
04/05/2021 16:58:46 - DIGITbrain -@digitbrain_EU
DIGITbrain
"Boosting #Innovation - the #H2020 #DIGITbrain example" - see our project coordinator introducing DIGITbrain project @ #European Regions for #Smartcommunities Summit, tomorrow! 😎 👉Register for free: [URL] #DigitalTwins for #Manufacturing #SMEs #EUFunds [Go to tweet]

pic.twitter.com/x9tJU4FJGR
04/05/2021 15:54:51 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
RT @BDVA_PPP: Like for us humans, the world is a complicated place for AI. How can we make machines, which can efficiently work in differen…
04/05/2021 15:35:01 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
The future #artificialintelligence platform, developed by the #star_AI IBER-Oleff pilot, will allow accelerating the decisions at the production management level Learn more 👉 [URL] #star_AI #AI # #AgileManufacturing #AdaptiveManufacturing #HumancenteredAI [Go to tweet]

pic.twitter.com/lM7pMUCuce
04/05/2021 15:30:37 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
RT @BDVA_PPP: Not quite clear what needs to be done to join the federation of Data Driven Innovation Hubs? This week, we have our 2nd info…
04/05/2021 15:30:23 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
RT @XMANAI_Project: Let’s have a look at different XAI methods applied on time series data and what kind of explanations they produce that…
04/05/2021 15:28:04 - STAR EU Project -@starAI_eu
Safe and Trusted Human Centric Artificial Intelligence  in Future Manufacturing Lines STAR
RT @FraunhoferIAIS: #CallforPapers 📢 The #Fraunhofer IAIS workshop on "Parallel, distributed, and federated #MachineLearning" will be held…
04/05/2021 15:24:10 - ConnectedFactories -@C_Factories
Global-leading smart manufacturing through digital platforms, cross-cutting factors and skilled workforce ConnectedFactories 2
@EU_Commission proposed the first EU legal framework intended to regulate artificial intelligence applications at European level! 📝Addressing the risks of AI 💪Boosting the competitiveness Take a look- [URL] @C_Factories @EFFRA_Live
04/05/2021 14:31:48 - ESSIAL Project -@ESSIAL_Project
Amiens, France
Electrical Steel Structuring, Insulating and Assembling by means of the Laser technologies ESSIAL
🔊 Interested in #IntellectualProperty for your @EU_H2020 project? ➡️ The @IPRHelpdesk organised an #workshop on #IP and #Exploitation in the framework of ESSIAL! More 👉 [URL] Replay 👉 [URL] . #DataProtection #Dissemination #OpenAccess [Go to tweet]

pic.twitter.com/1ExPaEWyrC
04/05/2021 13:48:57 - Sharework 🇪🇺 🤖 -@Sharework_EU
Barcelona, Spain
Safe and effective HumAn-Robot coopEration toWards a better cOmpetiveness on cuRrent automation lacK manufacturing processes. SHAREWORK
RT @Fraunhofer_IWU: #IWUinternational Das 2️⃣. #EU-Projekt unserer Reihe zur #Europawoche2021 ist #Sharework. Es hat zum Ziel, eine industr…
04/05/2021 13:43:56 - Market4.0 -@Market40_H2020
A Multi-Sided Business Platform for Plug and Produce Industrial Product Service Systems MARKET4.0
RT @ontocommons: Discover how the @Market40_H2020 project has achieved technological and semantic #interoperability between the services, d…
04/05/2021 13:10:40 - E2COMATION H2020 project -@e2comation
E2COMATION
RT @IEA: After falling by about 1% last year, global electricity demand is expected to increase by 4.5% in 2021. This increase will be dri…
04/05/2021 12:48:31 - Reclaim Manufacturing -@Reclaim_FoF
Karlsruhe, Germany
RE-manufaCturing and Refurbishment LArge Industrial equipMent RECLAIM
Globally, industry emissions are responsible for 27% of our CO2 emissions, second only to the power sector. It is crucial to implement #circulareconomy solutions for hard-to-abate materials, increasing product utilisation. [URL] #sustainability #remanufacturing
04/05/2021 12:01:23 - I4MS -@I4MS_Europe
Europe
I4MS Going to Market Alliance I4MS-Go I4MS4Ts
📢 Get to know our #Training offer - "Robot Programmer (Welding)" - from Smart Welding Factory More info 👉 [URL] [Go to tweet]

pic.twitter.com/QdUvBBwcEJ
04/05/2021 10:58:32 - Industry4.E Lighthouse -@Industry4E
Ireland
Coordination and Support Action for Industry4.E CSA-Industy4.E
RT @Ai4Di: AI4DI consortium will hold its 3rd Webinar titled 'AI for Smart Food and Beverage Production' on the 11th of May! Please registe…
04/05/2021 10:58:24 - Industry4.E Lighthouse -@Industry4E
Ireland
Coordination and Support Action for Industry4.E CSA-Industy4.E
RT @AENEAS_EU: ✅@ECSEL_JU project @Ai4Di will hold its 3rd Webinar titled 'AI for Smart Food and Beverage Production' on the 11th of May 👇…
04/05/2021 10:17:27 - Industry4.E Lighthouse -@Industry4E
Ireland
Coordination and Support Action for Industry4.E CSA-Industy4.E
RT @jerkerdelsing: I’m proud of this paper on Smart City Solution Engineering supported by the Arrowhead Tools project https://t.co/3mwQIc2…
News
Publication “RECLAIM: Toward a New Era of Refurbishment and Remanufacturing of Industrial Equipment”

RECLAIM presents a new idea on refurbishment and remanufacturing based on big data analytics, machine learning, predictive analytics, and optimisation models using deep learning techniques and digital twin models with the aim of enabling the stakeholders to make informed decisions about whether to remanufacture, upgrade, or repair heavy machinery that is toward its end-of-life.

This publication in the Frontiers in Artificial Intelligence shows how the integration of RECLAIM technological solutions into industrial environments can lead to industries having an extra economic income from the extended lifetime of manufacturing systems and their components, which can be achieved by adopting refurbishment and remanufacturing solutions.

Get more details about the content and download the paper in our project website here!

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UPTIME Newsletter - March 2021 edition

Welcome to the 8th edition of the UPTIME Newsletter.

The UPTIME project has officially ended in February 2021. After 3,5 years of research and development, the UPTIME Platform is ready now for the market. The UPTIME consortium has defined a concrete go-to-market strategy to optimize the impact of the UPTIME Platform on the market and maximize its chances of success. The consortium feels this is the right time to launch a new solution for predictive maintenance with all of the advanced features the UPTIME Platform and its substituent components offer.

UPTIME proposes a differentiating value proposition, and its business model offers enough flexibility to reach a wide range of companies of different size and type. The market-oriented website – www.uptime-predictive-maintenance.com – with clear key messages and its demo-space is a good tool to get new leads and will be further built upon and utilized going forward in the exploitation activities. An adoption methodology for UPTIME deployment has been also created according to the successful deployment in the three business cases and is introduced in this Newsletter.

The consortium plans to drive forward the convergence of the UPTIME Platform with Industry 4.0 standards and beyond that, to address the issues that are beginning to be championed under the banner of Industry 5.0.

A strong foundation has been laid for the convergence with Industry 4.0 in the full compliance of the UPTIME Platform with the RAMI 4.0 reference architecture and addressing Asset Administration Shell (AAS) interoperability. The next step is to realise the AAS interface more fully and establish the UPTIME Platform as a Digital Twin for asset maintenance.

Events such as the 2nd UPTIME showcase event will be repeated since they proved extremely helpful in overcoming constraints imposed by the COVID-19 pandemic, however a live and in-person event will be organized as soon as possible in the post-project commercial phase. As a first step, UPTIME will be hosted by BIBA at Digital Hannover Messe event, which will take place from 12 – 16 April 2021. We’d like to take this opportunity to invite you to join us virtually at this event. You can register your participation free of charge using the ticket code “CVJVm” through this link.

On a wider scale, the cooperation begun in the framework of the ForeSee cluster will also be maintained by the UPTIME partners, to contribute in the implementation of its structured Predictive Maintenance roadmap and to have a greater impact on standards and production of commons for European industry, which will shape the access to the new market of maintenance, which is key for the industry of the future.

A full newsletter is available: https://www.uptime-h2020.eu/index.php/2021/03/31/uptime-8th-newsletter-edition-03-2021/

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Registration is now open for INTEGRADDE Online trainings!

Join the INTEGRADDE training sessions: Additive Manufacturing for Manufacturers and Final Users

The INTEGRADDE consortia has come together to offer you a 2-part online training session on June 25th and July 2nd on Additive Manufacturing.

This is an optimal way of transferring the knowledge and know-how obtained through the development of the project activities to the entire sector, including academia, professionals and public authorities.

The main objectives of these trainings are, on one hand, present the benefits for the industry of the technologies developed within project and, on the other hand, boost the acceptance and integration of the project results in the Advanced Manufacturing value chain.

This is a one-of-a-kind opportunity for entities and professionals in the sector to get first-hand information on how to apply these technologies, gain confidence about their use and stay at the forefront of the industry´s future. 

On the agenda: 

The first session will take place on June 25th and will be oriented to manufacturers. The main topics covered will be:

  • Design for Additive Manufacturing
  • Material procurement
  • Process with focus on WAAM and Laser
  • Post processing

The second session will take place on July 2nd and will be oriented to final users. The main topics covered will be:

  • General introduction to Additive Manufacturing
  • Market of Additive Manufacturing and expectations 
  • Modelling 
  • HSE (Health, safety and environmental protection in the manufacturing sector)
  • Standardization 
  • Quality and Certification 

Both sessions, organised by Bureau Veritas, will be taught by experts from top-level organisations and companies, among them:

  • ESI Group 
  • MX3D 
  • German Institute for Standardization (DIN)
  • AIMEN Technology Centre
  • Bureau Veritas Group
  • Laboratory for Manufacturing Systems & Automation at University of Patras

Do not miss this opportuniy and BOOK YOUR TICKET here!

Join the INTEGRADDE community for more events and opportunities in Advanced Manufacturing. 

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Call for Papers (ETFA 2021): Refurbishment and re-manufacturing of machinery in CPPSs

The RECLAIM special session at ETFA, the 26th International Conference on Emerging Technologies and Factory Automation (7-10 September 2021 in Sweden) provides researchers and practitioners from the industry with a platform to report on recent advances and developments as technological enablers supporting value retention throughout the industrial equipment lifecycle.

Call for proposals | Submit your paper

  • Submission deadline: (regular papers) extended to 7 May! | (Work-in-progress/Industry practice papers) 13 May
  • Acceptance notification: June 10
  • Deadline for final manuscripts: June 17

Topics include (but not limited to):

  • Big data analytics, predictive analytics, and optimisation models using deep learning techniques, and digital twin models.
  • Models for informed decision about whether refurbish, remanufacture, upgrade, or repair machinery that is towards its end-of-life.
  • Technologies and strategies to support a new paradigm for refurbishment and remanufacturing of industrial equipment in factories.
  • New concepts and strategies for repair and equipment upgrade and factory layouts’ redesign.
  • Optimal refurbishment and re-manufacturing of electromechanical machines and robotics systems.
  • IoT sensors, novel prediction, and process optimisation techniques to offer machine lifetime extension.
  • Innovative fog computing and augmented reality techniques combined with enhanced health monitoring and failure inspection and diagnosis.
  • Approaches for the servicing and upgrading of legacy equipment evaluation and demonstration of approaches in real industrial environments.

More info: Refurbishment and re-manufacturing of machinery in Cyber-Physical Production Systems 

 

About the EU project RECLAIM (H2020): RE-manufaCturing and Refurbishment LArge Industrial equipment: Manufacturing is a pillar of innovation and growth for Europe, but outdated machinery and unplanned downtime can cause significant losses for companies and employees. RECLAIM provides techniques, strategies, and decision-making tools to reduce machine obsolescence, improve predictive maintenance and upgrade legacy machines. The project partners will demonstrate the advantages of high-tech refurbishment and reuse of large production equipment and lines in 5 industrial sites across sectors – welding, woodwork, textiles, robotics/white goods and footwear, and initiate replication in further sectors. Don't hesitate to get in touch!

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Digital twins for manufacturing: EU innovation Project DIGITbrain will give SMEs easy access to digital twins through Open Call

DIGITbrain Project, which is funded by the EU Research and Innovation Programme Horizon 2020, aims to enable small and medium-sized European manufacturing companies (SMEs & mid-caps) to benefit from AI-based Manufacturing-as-a-Service (MaaS). In its first Open Call from March 2021 to June 2021 the project will accept new applicants and support the implementation of seven industrial use cases in the field of manufacturing with up to 100K Euros.

DIGITbrain in a nutshell

The Digital Brain is a completely novel concept that extends the Digital Twin to cover the full lifecycle of industrial products and thereby expands it to a smart entity having analysis and decision support capabilities. By having access to on-demand data, models, algorithms, and resources for industrial products the "Digital Product Brain" will, enable their customisation and adaptation according to very individual conditions and thus, facilitate the implementation of Manufacturing as a Service for SMEs. This will not only accelerate adaptation of manufacturing and products to changing conditions, and enable personalized manufacturing in an affordable way, but also facilitate cost-effective distributed and localised production, allowing them to access advanced manufacturing facilities within their regions or to distribute their orders across different ones.

Apply for the project until the end of June 2021 with your industrial use case and join a Pan-European Team that helps solving it!

In its lifetime the project will implement 21 highly innovative experiments, each bringing together suitable manufacturing end-users, technology providers, research organisations, High Performance Computing providers or Digital Innovation Hubs, in order to implement an individual use case-based Digital Twin.

Who can apply?

Companies from the above mentioned groups, located in the EU, a Horizon 2020 associated country or the UK, can apply in one of the two Open Calls, with their specific use case. Experiments can cover all segments of the entire manufacturing sector, e.g. discrete manufacturing, continuous production or construction. In its first Open Call, open from 31st March 2021 to 30th June 2021, it will add 7 new experiments, eligible by up to 100K Euros each. The experiments will be integrated to a Digital Marketplace, which provides the necessary graphical user interfaces (GUIs) in view of configuring and monitoring the Digital Brain for an industrial-product instance and will handle the access rights to the Digital Brain’s instances.

The Project is funded by the EU Research and Innovation Programme Horizon 2020 under grant agreement number 952071 and currently composed of a consortium of 36 partners.

DIGITbrain Open Call Details:

  • DIGITbrain will be running 2 Open Calls for experiments all over Europe with a budget of: 1 400 000 € which you can apply to
    • 1st Open Call: From March 2021 to June 2021
    • 2nd Open Call: From March 2022 to June 2022
  • 7 application experiments will be accepted in every Open Call and receive
    • up to 100K Euros per experiment
    • up to 60K Euros (possible) per third party

DIGITbrain Open Call timeline

  • Opening date: March 31st, 2021 - 10:00h (CEST Time)
  • Proposal submission deadline: June 30th, 2021 - 17:00h (CEST Time)
  • Proposal evaluation phase: from June 30th to the end of September 2021
  • Announcement of accepted proposals: September 2021
  • Support throughout the process (application, design and implementation of the experiment) by the participating Digital Innovation Hubs.
  • Begin of implementation phase: October 2021
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ECSEL Industry4.E Lighthouse | Bringing Projects Together | Workshop

Today we bring together an exclusive group of experienced research and innovation project partners to get first-hand insight into the key exploitable results from projects including ECSEL Industry4.E and Horizon 2020 as we prepare for the Horizon Europe, Cluster 4, Digital Industry and Space, September call deadlines and future R&I collaboration opportunities together.

Time: 1200 – 1400 CET

Date: Thursday 11th of March 2021

Location: Microsoft Teams

The presentation and recording will be available here shorlty for further innovation and collaboration opportunities. 

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ConnectedFactories Cybersecurity Workshop - presentation and recordings are available

The ConnectedFactories Cybersecurity workshop took place on the 20 January 2020.  Presentation and recordings are available here: https://www.connectedfactories.eu/events/cybersecurity-workshoppresentations-and-recordings

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An Open Pilot Line at IREPA LASER

IREPA LASER is an industrial research and development company specialized in laser processes and materials, with a laser machine base including over 20 devices to support all companies in their needs.

The main service is to offer customers tailored industrial solutions to support them in their product development and manufacturing engineering projects. This service is focused on three main skill areas: Additive Manufacturing, surface functionalization and welding. IREPA LASER is also a laser training centre and can train individuals in the use of laser technology.

IREPA LASER is involved within INTEGRADDE project for the development of a new manufacturing methodology capable of ensuring the manufacturability, reliability and quality of a target metal component from initial product design via Direct Energy Deposition (DED) technologies. An open-pilot line will be implemented at IREPA LASER, which will allow a continuous validation and deployment of specific developments towards industrialization.

The general INTEGRADDE concept and end-to-end the solution is being deployed at IREPA facilities to test and review as early adopter of this manufacturing methodology. Data collected from different steps are implemented through the digital thread with the final aim to improve the quality of the parts manufactured.

The development of this concept uses of the equipment features of IREPA LASER.

A machine is dedicated to DED-powder (MAGIC system) with 2 lasers (IPG YLR500, and IPG DLR2000), the original MacroCLAD head from IREPA LASER, and a powder feeder from MEDICOAT.

A new hardware has been recently implemented at IREPA LASER. This new robotic system consists of 2 robots, one of which is installed on a linear 5m axis, a rotary table able to support 3T. 2 fibre lasers (IPG laser YLS) bring their laser beam to the DED-powder and DED-wire heads. Profinet network is used to connect and control all this equipment. This novel machine has been designed in order to work on a large scale parts (up to 5m long), with the selected two processes: DED-powder and DED-wire.

Using previous existing LMD-p infrastructure, several developments on process window development, monitoring and control have been carried out. Particularly, efforts have been focused on data collection from CNC and image-based process monitoring information. Data are collected from process sensors (such as image-based data from an NIT camera, temperature) and CNC positions synchronously during the additive manufacturing process. These datasets have been processed, in collaboration with AIMEN, NIT, ATOS and CEA, to generate a 3D representation of the parts being built.

Concerning the digital thread, IREPA has recently migrated on a new CAD-CAM software: SIEMENS NX with the ‘multiaxis deposition module’ for DED machine programming. In collaboration with the partner ‘University of Coimbra’, the use of the AML format in development.

Process development is carried out by using the two DED processes: DED-p and DED-w.

Concerning the DED-w, the PRECITEC Head named ‘Coax Printer’ is used. The upgraded version of this head has been recently received and implemented. It allows recording the interaction between beam-wire-substrate during the deposition with a coaxial vision in order to get more data for the control process.

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ForeSee WEBINAR - Application of #Standards by factories of the future for Predictive Maintenance

ForeSee WEBINAR - Application of Standards by factories of the future for Predictive Maintenance

When? January 28th from 4.30 pm CET

Topic: Best practices for standardisation activities and improvements for industrial IoT and smart manufacturing

Registration link: https://bit.ly/3c7yywY

Further information at this link: http://foresee-cluster.eu/

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UPTIME Newsletter - November 2020 edition

Welcome to the 7th edition of the UPTIME Newsletter.

The UPTIME project has entered the final phase. The prototype of the UPTIME Platform has been deployed into the three industrial business cases in its final configuration.

The UPTIME Platform gives you a competitive advantage by empowering everyone involved in your maintenance activities. Operational staff and managers benefit from real-time visualization of asset conditions, correlation analyses and accurate predictions. Maintenance managers benefit from actionable plans based on accurate predictions, increasing efficiency and reducing costs. All stakeholders gain valuable insights into the data thanks to intuitive, customizable visualization. In this edition, we gladly present you 10 main added-values of UPTIME Platform perceived by our industrial end-users.

In addition to the six main components of the UPTIME Platform introduced in the previous newsletters, in this issue, we are proud to announce the UPTIME Workers’ Mobile Application, which helps workers on the shop floor stay up-to-date in real-time about their maintenance tasks.

A full newsletter is available: https://www.uptime-h2020.eu/index.php/2020/11/20/uptime-7th-newsletter-edition-11-2020/

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UPTIME 3rd Live Webinar: Predictive Maintenance: Lessons Learned and Best Practices in Aviation Industry - 10 Dec 2020

REGISTRATION

Date: Thu, 10 December 2020

Time: 11:00 - 12:30 CET

The UPTIME 3rd Webinar will address benefits of predictive maintenance in a highly complex transportation asset operations deployed in the aviation industry. UPTIME Partner from FFT Produktionssyteme GmbH & Co. KG will share his experiences, challenges and some lessons learnt from the implementation of the UPTIME Platform in the FFT use case.

The use case focusses on one specific production logistics asset used in the aviation industry, so-called “jig” for the transport of wing covers of commercial aircraft. The reliability of production logistics assets is a critical cost factor in the production of high-value products such as aircraft and needs to be considered along with the reliability of other production equipment to ensure a timely, cost-effective and high-quality production processes. Due to the critical nature of the deployment of these assets, the requirements are both technically and organisationally very high. The need has arisen to increase efficiency in maintenance execution as well as in reporting to the client, who in most of our projects is responsible for the logistics coordination of their assets.

The web seminar is free of charge, dedicated to people who want to learn and see a concrete implementation of the UPTIME Predictive Maintenance Platform in a real business case. It is interactive, where you have the opportunity to ask questions to the experts panel and we are happy to receive your feedback.

If you have any questions or comments, please contact us.

 
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Registration is now open - Cybersecurity workshop: 20 January 2020

We kindly invite you to register for the Cybersecurity workshop on the 20 January 2020 organised by ConnectedFactories 2.

                                              Register here and download the agenda

The online workshop will provide an insight into the recent developments of projects that focus on cybersecurity in manufacturing:  SeCoIIA and COLLABS project. 

It will also provide an insight into how cybersecurity aspects are addressed in other projects that focus on the digitalisation of manufacturing and the deployment of digital platforms (see https://www.connectedfactories.eu/origin-project-and-outreach ).     

Have a look also at the presentation on CyberSecurity Related Standards by Ulrich Seldeslachts, LSEC (recording & presentation) from the recent ConnectedFactories Webinar on Standards for digital manufacturing.

 

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ESSIAL video pitch at the Rev3 Energy Day

ESSIAL has been selected to participate in the Rev3 Energy Day (2 December 2020, online) with a video pitch presenting the project followed by a round table with the coordinator. 

The Rev3 Energy Day will take place on 2 December 2020, from 16:00 to 19:00 online. This annual event, organised by the Energy Pole and the MEDEE Cluster, aims at bringing together research and industry. Its objective is to raise compagnies' awareness of the energy research work carried out in the Hauts-de-France Region (Northern France) and to encourage the emergence of new collaborative projects.

In this context, ESSIAL has been selected to present the project through a 4-minute video pitch. The video (online soon) highlights the technical, economic and environmental impact of the project, as well as its applications. The pitch will be followed by a round table discussion with ESSIAL coordinator Olivier Maloberti (ESIEE Amiens).

Free registration here.

The event will be held in French

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Standardization in INTEGRADDE

In research projects, especially when public funding is provided, the effective, economic usability of the results is increasingly in the focus. Research projects must therefore be holistically and long-term oriented. For this purpose, DIN offers many years of expertise to provide optimum support for the market transfer and dissemination of innovative results from research and development.

In INTEGRADDE, DIN is the partner for questions concerning standardization. DIN coordinates the standardization activities of the project. These activities comprise the knowledge transfer regarding standardization, the development of an overview of the current standardization landscape in the subject area AM as well as the development of accompanying standardization measures.

To foster the knowledge transfer a special standardization training was developed aiming to enable the project partners to develop and pursue joint standardization activities.

The overview of the current standardization landscape provides a detailed research on relevant standardization committees and corresponding standards.

In the case of INTEGRADDE, it quickly became clear that ISO/TC 261 "Additive Manufacturing" is trend-setting in AM and that close cooperation should be targeted.

Due to the very different knowledge base in INTEGRADDE about standardization DIN has developed a standardization training especially for the INTEGRADDE project. The aim of the training was to provide knowledge enabling the project partners to develop and pursue joint standardization activities. Furthermore, the training emphasizes the high relevance of standardization for AM and is meant to motivate the project partners to follow current developments in standardization committees as well as to document and disseminate the knowledge acquired in INTEGRADDE in the long term. The training is divided into the following five chapters: Meaning, structure, integration, AM, follow-up. Each chapter has its own conclusion with the most important information in order to realize an easy understanding and the highest possible absorption of the knowledge.

The training provides information on why it is important to push the issue of standardization both from the beginning and continuously and what the benefits of standardization are. This is followed by an explanation of the basic principles of the working method and the underlying process. The third chapter presents the possibilities for participation and gives an assessment of the resources required for participation.

In the chapter specifically focusing on AM, the most important standards are listed and the standards research carried out is explained. In addition, the structure of the standardization committees in the area of AM is explained before finally reaching a conclusion with the most essential information.

 

After these cornerstones were laid, the actual standardization started. Challenges faced by the project partners due to gaps in standardization were assessed with the help of a two day workshop. On day one the project partners were asked to position themselves within the INTEGRADDE process as well as to identify and to prioritize current challenges with regard to standardization. On the second day of the workshop the challenges were compared to current and planned standardization projects of ISO/TC 261. These comparisons have been discussed and it was determined in which projects INTEGRADDE should participate or comment. The following key issues of INTEGRADDE for standardization could be identified: 

·        Digital thread

·        Quality assessment (operator, machines, process)

·        Software interoperability

·        Process safety

·        Testing (software, non-destructive, destructive)

·        Properties(feedstock conditions, material, finished parts (e.g. defects))

·        Design methods

·        Terminology

Based on these results a common standardization strategy for the INTEGRADDE project has been prepared. Especially the standardization idea of the "digital thread" for which there is currently no current or planned standardization project is of great importance for the INTEGRADDE project. For this reason, the project is currently striving for close cooperation with ISO/TC 261/WG 4 "Data and Design". With the development of the standardization strategy, an important milestone was accomplished regarding standardization. The further implementation of this strategy will be coordinated and supported by DIN.

As steps in standardization DIN will continue to pursue a close collaboration between the standardization bodies and INTEGRADDE.  One step will be to contribute to the assessed standardization projects. DIN further will identify the responsible groups within ISO/TC 261 for the remaining standardization ideas and check how these can be addressed best.

http://www.integraddeproject.eu/590/standardization_in_integradde

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1st iQonic funded paper published by Brunel University London

We are happy to announce our first iQonic funded paper published by Brunel University London. The publication is a comprehensive review article that highlights the importance of automatic optical inspection in electronics industry.

The article is available in the following link.

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Digitalization of Manufacturing: Building the ecosystem for a smart and sustainable future

The Digitalization of Manufacturing: Building the ecosystem for a smart and sustainable future event is on the 12sd of November 2020, within the framework of the 2020 edition of the World Manufacturing Forum. It is co-organized by Smart Anything Everywhere, Politecnico di Milano, MADE Competence Center and DIH Lombardia.

This event will bring together European, national and regional initiatives aimed at boosting the digital transformation of manufacturing, to share available opportunities and good practices, and discuss about synergies to work together.
The audience will find out about technologies, funding and collaboration opportunities offered by the “Smart Anything Everywhere” European Initiative to foster the digitalization of SMEs and midcaps. Moreover, the audience will have the opportunity to get lessons learnt and recommendations about the on-going development of the European Digital Innovation Hubs Network building bridges between the European and the local level.

Register here and join the event live to interact with the speakers.

Find the full programme - here

 
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Presentations and recordings available - 'Standards for Digital Manufacturing Webinar' - 20 October 2020

The presentations and recording are available here.

You are also invited to follow the ConnectedFactories2 project and other projects of your interest via the EFFRA Innovation Portal’s weekly digest functionality , you can find out more information on how to do this here: https://www.connectedfactories.eu/follow-connectedfactories-effra-innovation-portal-weekly-digest

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Join the iPRODUCE event | The Social Manufacturing Paradigm: co-creating with manufacturers, makerspaces and consumers

:: REGISTER NOW! ::

In recent years, every day citizens have had an increasing amount of opportunities to actively participate, contribute and decide in different areas and contexts. Although these opportunities are still emerging, the manufacturing industry is no exception to this paradigm.

The objective of the online event – The Social Manufacturing Paradigm: co-creating with manufacturers, makerspaces and consumers – is to highlight the role of makers and consumers in the social manufacturing landscape, which promotes the participation among individuals and the industry in the production of consumer goods.

This framework will be made based on the activities being carried out within the iPRODUCE project. The presentations will focus on highlighting the main requirements and challenges faced by consumers and the industry and technologies that are available to facilitate a collaborative manufacturing environment. Invited speakers will showcase ongoing work and existing practices within the domain of social manufacturing. Finally, a virtual round table will provide the audience with an opportunity to engage and manufacture a fruitful and interactive discussion.

Preliminary agenda:
09h30 | Virtual hello and welcome
09h45 | Introduction of iPRODUCE
10h00 | The social manufacturing paradigm: needs, practices and tools
10h30 | Keynote 01
11h00 | Break
11h15 | Keynote 02
11h45 | Presentations from iPRODUCE collaborations
12h15 | Virtual round table
12h45 | Wrap up and end of event


More information on the iPRODUCE website

:: REGISTER NOW! ::

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Industry4.E Lighthouse Newsletter - August

See the Industry4.E Lighthouse newsletter here https://mailchi.mp/1ed66f7454cd/industry4e-e-newsletter-issue-one

Please subscribe to receive future newsletters directly

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2nd Newsletter of iQonic

The 2nd newsletter of iQonic project has been published!

Click the link to find out information about iQonic Use Cases and key extracts from our recent participation at SPIE. Photonics West.  

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Predictive Maintenance: European success stories - 1st ForeSee webinar

On September 24th join the #ForeSee cluster for the 1st #webinar on"Predictive Maintenance: European success stories"!

We'll talk about Platforms and Microservices for manufacturing operations with Prof Sotiris Makris & Kosmas Alexopoulos from the University of Patras and we’ll present @WhirlpoolCorp & @IDEKO demonstrations!

Register for participating: https://www.crit-research.it/en/eventi/predictive-maintenance-webinar-series-european-success-stories/ https://www.crit-research.it/en/eventi/predictive-maintenance-webinar-series-european-success-stories/

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TOWARDS THE DEVELOPMENT OF THE IQONIC ARCHITECTURE FOR ZERO-DEFECT MANUFACTURING OF OPTOELECTRONIC COMPONENTS

The 1st phase (M1-M18) of the iQonic project has just concluded with the 1st Review Meeting with the Project Officer and Monitor. After the collection of requirements, the identification of optoelectronic functionalities and the development of the HW and SW solutions that will compose the iQonic architecture for the zero-defect manufacturing of opto-electronic components, the main technologies and methodologies are now ready for the testing, validation and integration in relevant use-case scenarios.

In the first phase of the iQonic R&D activities, the needs and expectation of the consortium as well as of project’s stakeholders were closely observed and extracted from the project use-cases – ALPES LASER, PRIMA ELECTRO, FILAR OPTOMATERIALS and BRIGHTERWAVE. These results have been collected in a detailed list of technical and non-technical requirements and specifications. Moreover, optoelectronic functionalities for each use case, the generic development frameworks for the assembly processes and the data input and output points in the process chain were defined.

This enabled the development and laboratory testing of the iQonic HW and SW technologies, including the iQonic sensorial network, adaptive optics and electronic nose for evaluation of materials, smart grasping robotic for flexible handling and the Knowledge Based System. In parallel with technical development, a set of innovation management activities took place aiming to develop the roadmap to introduce the iQonic technology to the market, after the end of the project.

In the next months, these technologies will be integrated in the iQonic optoelectronics manufacturing architecture and together with the definition of defect detection and classification techniques – 3D imaging methodologies and smart tagging, defect severity evaluation and decision support systems (DSS), processes and tools for reuse or requalification – and defect management techniques – Predictive Maintenance functionalities: Cyber Physical System – CPS, end-of-life management, Reverse Supply Chain –  will pave the way towards zero-defect manufacturing of opto-electronics and photonics.

Eventually, starting from the project 2nd phase (M19-M30), iQonic solutions will be integrated and validated at the shop floor level in several demonstrators at iQonic end-users’ facilities. The full version of the press release can be found in iQonic website.

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Link to project news here

Please find all news on the project at https://www.emb3rs.eu/news/

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ESSIAL Virtual Technical Workshop - Andaltec

ESSIAL International Technical Workshop will take place online on 10 September 2020. This event is organised by ESSIAL's partner Andaltec (Centro Tecnológico del Plástico). This event was initially planned on 26 March 2020 at Andaltec Heaquarters in Martos (Jaén), Spain, but had to be cancelled due to the COVID-19 outbreak. Finally, the workshop will be organised virtually as a webinar

The workshop aims at presenting the project results and engage the stakeholders into personal interactions with the project participants. It is open to researchers, engineers and SMEs that may be interested in such a new technology.

Below, the programme of the workshop:

  • 10:00: Opening - José María Navarro, General Manager at Andaltec
  • 10:15: ESSIAL project presentation and laser welding process - Jesús Castillo, R&D engineer at Andaltec
  • 10:30: Electrical steel manufacturing process and microscopy analysis in ESSIAL project - Jean-Pierre Birat and Camille Pineau, consultants and researchers at IRT-M2P
  • 11:15: Break
  • 11:45: ln-line monitoring techniques and upscaling strategies to optimize the manufacturing time and costs - Anne Henrottin, R&D Engineer at Lasea
  • 12:30: Impact of local surface laser treatment on magnetic properties of grain-oriented silicon iron sheets - Manar Nesser, PhD student at UPJV in collaboration with ESIEE-Amiens
  • 13:15: End of the Webinar

Registration:

Registration is free of charge. You are just re­quired to send your contact data (company name. number of attendants and e-mail address) to jesus.castillo@andaltec.org. The participants will receive the information to access the Webinar platform upon registration. 

More information on the ESSIAL Website

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ForeSee Cluster Webinar Series

Predictive Maintenance: European success stories

The ForeSee Cluster has launched a series of webinars to discuss about the breakthrough Predictive Maintenance innovations achieved by its members.

Have a look at the program and subscribe to the 1st meeting to know more on our PdM solutions!

Program: http://foresee-cluster.eu/wp-content/uploads/2020/08/ForeSeeWebinarSeries.pdf

For further information on the initiative: https://www.z-bre4k.eu/news/foresee-cluster-webinar-series/

 

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Rossini’s recent advances in the cognitive layer for collaborative robot control - Press release

Please, find at this link the most recent updates on the Rossini project: https://www.rossini-project.com/news-and-events

 

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Find all NEWS and SCIENTIFIC PUBLICATIONS here

Please find all project news here: https://www.etekina.eu/news/ and all Scientific Publications here: https://www.etekina.eu/scientific-publications/

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Find all news here

Please have a look here https://www.laser4surf.eu/news/ to find all news about the project. Thanks!

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KEY FACTOR MOVEMENT PRIMITIVES: HOW CAN WE MAKE A ROBOT LEARN FROM HUMANS?

HOW DOES A ROBOT LEARN HOW TO PERFORM A TASK NOWADAYS?

Since Henry Ford’s assembly lines, automation systems have been developed and integrated in the industry all over the world. Clear examples of this are Amazon’s automated warehouses or Coca-Cola’s dark sheds

While these examples are stunning, it is also true that nowadays, these robots need their own warehouses where no interaction with humans happens. Also, high qualified robotics engineers have to program them to perform the required repetitive tasks.

In the future, we imagine a world where anybody, without any prior knowledge in robotics, could buy a robot, set it in their workshop and start teaching the robot to perform some task interacting with the human workers. But, what should the robot learn? Welcome to the Movement Primitives.

WHAT ARE THE MOVEMENT PRIMITIVES?

Movement Primitives are the set models that represent the different type of actions the robot could do.These models will generate trajectories the robot should follow in order to perform a certain task.

Let’s assume we want a robot to learn to pick a certain object. Instead of programming the task, we can make the robot learn from human demonstrations. A human could move manually the robot arm to the object we want to pick several times while changing the object position and the robot will learn a model that represents that action. Afterwards, if the object is set in a completely new position, the robot will be able to generate a trajectory to pick this object.

MOVEMENT PRIMITIVES IN SHAREWORK

SHAREWORK project benefits from the use of Movement Primitives for task recognition and also prediction of human movement. Movement Primitives can represent the different type of motions the human does and so, they could be integrated as an additional feature for a task classification module. On the other side, Movement Primitives can provide a probabilistic prediction model about where the human is going to be, in order to improve the robot motion planners. 

During the SHAREWORK project, Context-Aware Movement Primitive Segmentation algorithms are going to be applied. The algorithm will be able to segment the recorded human motion online and learn the simplest blocks of which the human motion is built in order to solve a complex task

SHAREWORK project will use Movement Primitives for learning from human actions by understanding the worker’s behaviour and anticipating tasks 

These learned motion primitives are contextualised with the objects in the environment in order to adapt to the different positions the same object can be placed. Afterwards, these Movement Primitives will be used as the building blocks of the task classification algorithms.

These same Context-Aware Movement Primitives will provide a probabilistic prediction of the position of the human in the future. Mixed with robot motion planner, the robot will plan safer trajectories, avoiding the collision with the humans.

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ROBOTICS INTO HANDWORK MANUFACTURING: THE FIGURE OF THE TECHNOLOGY COACH FOR LEADING AN EFFECTIVE AND SMOOTH IMPLEMENTATION

THE NEW CHALLENGE OF ROBOTICS: TAKE OVER THE HANDWORK MANUFACTURING

The Robotic Industry is growing bigger day by day, launching on the market several advanced solutions which promise to revolutionise the way factories produce goods and assembly parts in a near future. As a result, also the expectations of Industry are constantly increasing and they look at robots as the definitive solution to save time (and, of course, money) and boost profits of their manufacturing companies.

The handwork manufacture is the new battlefield that robotics has begun to conquest in recent years, but despite this there is still a lot of room for improvement and expansion. In fact, while nowadays almost all the operators performing repetitive and simple tasks have been replaced with highly automated assembly lines, the same has not yet happened for handcraft. This is mainly due by the fact that manual labour requires such high skills and a human sensitivity that, at the moment, a robot cannot replace the operator in almost all the cases.

The automation of assembly lines based mainly on handwork are quite a challenge for the robotic industry due to the need of high skills and sensitivity

The solution that robotic producers have found to overcome this limit is the launch on the market of collaborative robots (also called cobots). Cobots aim to support handcrafts in the most repetitive, heaviest and uncomfortable tasks rather than completely replace them, allowing to preserve the high quality generated by manual labour and speeding up the productivity at the same time.

Unfortunately, the implementation of a robotic system into the production process is everything except easy and instantaneous and the benefits the robot could bring are not so obvious. In fact, the selection of proper components and a smooth integration are crucial to generate the positive impact on productivity, quality and operators’ working conditions which factory owners wish. And this is even more true for the implementation of collaborative robots into handwork manufacturing, where the system should reach high performance without neglecting the operator safety and the human acceptance.

Collaborative robots offer handcraft industries a support in repetitive and uncomfortable tasks for operators

Indeed, there is the need of an intermediary figure which could drive the end-user through the jungle of robotic products and serve as an interface between the salesman approach of suppliers and the concreteness of craftsmen undertaking in the workshop. This figure within Sharework project is commonly named as “Technology Coach”, and STAM is in charge of filling that role for one of the four use-cases, namely the assembly of rotary table in Goizper factory.

THE TECHNOLOGY COACH: NOT ONLY A MATTER OF DESIGN

If the role of the Technology Coach is essential in the implementation of a robotic system into production lines, it could be even crucial when we talk about the introduction of cobots supporting handcrafts because of the aforementioned reasons. But exactly, who the Technology Coach is? And what it is supposed to do?

Generally speaking, it is a work team with well-mixed competences which belongs to a high-tech company or a R&D center. Unlike suppliers or system integrators, the Technology Coach not only proposes the design of a tailored robotic cell, but they follow a holistic approach which involves the end-user to reinvent and redesign the workflow and the workshop layout of tomorrow in a better way.

The Technology Coach should listen and understand the needs and the objectives of the end-user. Satisfying these wishes and achieving these goals will be its main mission. Once an agreement is found, Technology Coach should select suitable commercial solution, get in touch with suppliers, design the robotic system, reinvent the workflow and reshape the layout if needed, install and test the solution.They should take care of the whole process of implementation of the robot into the shop floorfrom the definition of requirements to the commissioning and final test. This is an iterative and continuous process, some steps should be done several times until finding an equilibrium among the end-user expectations, the current robotic supply, the budget, the operator acceptance and well-being, the timing and so on.

Technology Coaches help industries in the implementation of new robotic systems, leading the whole innovation process matching he end-user’s demand in the most effective way

Most of the work of a Technology Coach can be done in its headquarters, using modern communication network to periodically update the end-user about the work progress. However, it is highly recommended to have a face-to-face with the end-user at the begin of the project, as well as to visit the shop floor and talk with operators working there to have a clear picture of the process.

The value added to the figure of the Technology Coach is to put at the stake all its set of cross-cutting competences and resources to satisfy the wishes of the end-user. Technical Coaching does not simply mean designing a robotic cell, but leading the whole innovation process of the manufacture, matching the robotic supply to the end-user’s demand in the most effective and smooth way.

THE SHAREWORK EXAMPLE: A COBOT FOR SUPPORTING THE MANUAL ASSEMBLY OF ROTARY TABLE

As mentioned before, STAM embodies the role of Technology Coach in Sharework project to support Goizper and coordinate partners contributions in the implementation of a collaborative robot system in their servo rotary table assembly area. As the assembly of these components requires a remarkable human sensitivity and manual skill, the main aim of Goizper is to delegate to the Sharework system the most heavy and repetitive tasks of the assembly, while preserving worker focus on the most skilled operations.

As first step, we worked together to select the most suitable tasks to be delegated to the cobot and to define in details each scenario. In order to have a complete and clear picture of the workshop and the process, we carried out a technical visit to the factory together with the consortium. We had the chance to directly experience the working conditions (e.g. spaces, loads, noise), as well as to talk in first person with the workers to collect their feedback.

Once the use-case was pretty defined, STAM began to serve as an interface among the end-user and the external world. Our role was double: on one hand we translated the requests of Goizper into requirements and clear specification to effectively communicate with commercial suppliers and with the multiple software developers involved in Sharework, each one focused on different specific tasks. And, vice versa, we collected feedbacks, requests and suggestions from all the different entities involved in the Sharework project to provide a unified vision to Goizper and to propose them a feasible human-robot collaborative solution that could meet their expectations.

For these purposes, 3D models and views (see the following pictures), as well as all the other visual medias, are very useful to finally put on paper the developed concept and allow other partners to understand it in an easy and clear manner.

It has been a long and iterative decisional process, but, in the end, we did it! We reached a final solution reinventing the rotary table assembly workflow to enhance the productivity, exalt the qualities of workers and safeguard their well-being.

However, our job is just starting out: we have to work hard in the next months to make this design on paper a concrete reality. Stay tuned!

 

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TRAVELLING TO GOIZPER 4.0 WITH COLLABORATIVE ROBOTICS ON BOARD

During the last years, Goizper’s mind has changed little by little, complementing new technology developments with the power transmission components portfolio. The obtained good results have certified that new technologies integration is the correct way to follow.

A STEP FORWARD BECOMING GOIZPER 4.0 

Goizper S. Coop. has already integrated several Industry 4.0 solutions related to its market products, such as smart-G, an IoT monitoring system integrated on mechanical components in order to predict failures. However, now Goizper has started a new era introducing Industry 4.0 solutions on its own shop floor in Antzuola, Basque Country (Spain).

On the one side, new machinery, such as milling and turning machines, are running in Goizper’s shop floor, with integrated IoT solutions and direct connection with the supplier (machine experts) through internet. On the other side, Goizper has decided to invest in new technologies on the manual assembly area, where operators’ ergonomic issues concern the company.

Conventional robots have never fit in the assembly area due to the flexibility degree that Goizper’s products assembly require and the high variety and low quantities of each reference. However, Goizper decided to go further and participate in Sharework project as we believe that collaborative robots will be able to provide the flexibility that Goizper’s assembly area needs. Within the project, Goizper Industrial will validate a new design of their workplace to introduce collaborative robots in their servo rotary table assembly area.

Several benefits are expected from Sharework project, including an improvement of ergonomics in the workplaceavoid work-related injuriesimprove the final quality of the product and a significant reduction of the assembly process’ cycle time.

OPERATORS’ ERGONOMICS CONDITIONS TO IMPROVE

A new way of introducing robotics into the workplace has risen with the development of collaborative robotics (Cobots), which allow the operator to share the assembly area with robots without the need to be separated by fences. Managers in Goizper think that Cobots introduction in the assembly line by means of Sharework project, will improve operators´ ergonomics conditions.

Power transmission components’ assembly, such as turning tables, request many manual adjustments applied by human force. Hence, some tasks could lead to back injuries or muscular pain in operators.

OPERATORS AND COBOTS, A SUCCESSFUL TEAM TO RISE PRODUCT QUALITY  

For sure, with the introduction of cobots for operators’ assistance, the quality of the assembled product will be higher. Obviously, automated processes provide a higher percentage of good parts compared to manual processes. In Sharework industrial scenario, bolts will be locked with the same torque in a repetitive and more precise tool than nowadays.

Goizper is eager to see how much the quality of their products is improved after cobots incorporation, during Sharework project.

SPEEDING UP THE ASSEMBLY PROCESS

Productivity is not the main goal of this technology integration; nevertheless, assembly cycle time is expected to be reduced due to the fast execution of UR10 Cobots. Within Sharework scenario, which will be applied to our servo rotary table assembly area, time reduction must provide a better lead time of the product and economic benefits.

THE SAFETY OF OUR EMPLOYEES AT THE CENTER OF ALL THE OPERATION

As none of these new technology’s integration could run before ensuring human safety and make sure that all safety requirements in the shop floor are met, Goizper’s Human Resources Department – the bridge between the new technology and the human – is also closely participating in Sharework project.

Goizper, as one of Sharework’s project industrial scenarios, aims to use the collaboration robotics technology for assisting and helping operators in their daily tasks, such as handling heavy parts to the operator and passing them the correct part to be assembled or the tool to be used at the correct time. Under no circumstances the operator will be replaced by the collaborative robot but just another tool available to help for the operator, in addition to other technologies or devices already deployed in the assembly workplace.

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CEMBRE AND THE SHAREWORK PROJECT: A STORY ON COLLABORATIVE ROBOTS’ DEPLOYMENT IN FLEXIBLE MANUFACTURING ASSEMBLY AREAS

The manufacturing industry is observing great changes in these years. Its radical evolution is due to the growing demand of the market, accompanied with an increase of variety. Both these characteristics force us to gain more flexibility, accuracy and efficiency in our production departments, together with a continuous cost reduction.

The industrial manufacturing applications have seen the introduction of a new category of robots – collaborative robots (or “cobots”) – designed to physically interact with humans in a shared environment, without the typical barriers or protective cages used in traditional robotic systems.

Our vision in Cembre S.p.A. is to take advantage from cobots and from the smart manufacturing as a whole in order to increase the service rate and improve the worker’s ergonomics. We think that human-robot collaboration (HRC) is prime for increasing both these factors and that Sharework EU project is fundamental for developing more knowledge about HRC, helping filling the gap between the robotic and the human worlds.

Cembre could have gone to full shop floor automation but we would have lost human flexibility. Collaborative robots provide a half way solution between the human and robotics world

THE INTRODUCTION OF COLLABORATIVE ROBOTICS IN ADVANCED MACHINE TENDING

Cembre S.p.A., based in Brescia (Italy), is always eager to employ new methods or technologies that can support the development and the improvement of its entire production system. For this reason, the company constantly collaborates with universities, start-ups, research centres and others associations.

The Sharework project perfectly fits in this approach, since it will be pioneering in the employment of HRC using collaborative robots within manufacturing systems and, in general, in industrial operations.

The objectives we want to achieve are many.

  1. Gain flexibility in managing the machining of a large variety of parts without the need to develop expensive equipment and plan a long training for every new product that enters the shop floor.
  2. Employ our operators in more value-added tasks, such as inspections and process optimisation, and move non-value-added activities and repetitive task, such as motion or transportation, to the cobots.
  3. Increase operators’ ergonomics, which itself is one of our primary targets together with operator’s welfare and satisfaction. These latter should increase because the skills required to an operator will be brought to a higher level thus improving the interest for the job inside machining shop floor.
  4. In the long term, once the complete system will be deployed on the whole shop floor, we also expect a decrease in lead-time and quality losses.

SHAREWORK PROJECT DEPLOYMENT AT CEMBRE’S PLANT

We are currently implementing the Sharework project in the machining shop floor located in Brescia’s plant: production engineers, human resources and operators are all engaged. Most of them are new to this kind of projects and these technologies, aspects that makes Sharework especially challenging for the company. Regarding this, the contributions of the CNR, the Italian research centre, and of MCM, our technologic partner, are very important to us.

The role of people is fundamental to create deep connections between working conditions and technologies. In fact, one of the main challenges for the future is to understand how this new paradigm for the manufacturing systems could generate benefits to the entire production chain. Who if not humans could imagine this?

 

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UPTIME Newsletter - June 2020

Welcome to the 6th edition of the UPTIME Newsletter!

The UPTIME project has entered the evaluation phase. The prototype of the UPTIME Platform has been integrated into the three industrial business cases in its final configuration. In this edition, MAILLIS shares with us their first-hand experience and some lessons learned from the recent implementation of the UPTIME Platform in the MAILLIS Business Case, which deals with predictive maintenance in a cold rolling mill for the production of steel strapping.

In the previous newsletters, we introduced five of the UPTIME Platform’s main components. In this issue, we’ll present the last component prototype, UPTIME_VISUALIZE, which provides individual, customizable and configurable visualisation of data in a customer-oriented way. Its implementation in the MAILLIS Business Case is used as an example of how it works.

We have also been organising a series of webinars showcasing the main features of the UPTIME Platform including live demonstrations of their implementation in our industrial use cases. The first webinar on the implementation in the White Goods case was held on 19 March 2020. In case you missed it, you can find the webinar recording here.

The second webinar, “UPTIME Predictive Maintenance: Lessons Learned and Best Practices in the Steel Industry“, will take place on Thursday, 09 July 2020, 11:00 – 12:30 CEST. We hope you can join our webinar and look forward to interacting with you and getting your valuable feedback. To register and get more detailed information about the webinar, please click here.  We hope you enjoy our newsletter!

A full newsletter is available: https://www.uptime-h2020.eu/index.php/2020/06/26/uptime-6th-newsletter-edition-06-2020/

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CERTH explain their work in AI-enabled Cell-level perception methods

The objective of this task is to provide the envisaged robot with the ability to perceive the industrial environment so as to effectively collaborate with the humans and assist them with the Waste Electrical and Electronic (WEEE) device recycling process. Towards this direction, CERTH recorded multiple recycling procedures of four WEEE devices, namely PC Towers, Microwave Ovens, Flat Panel Displays and Emergency Lamps, focusing on the human-robot collaboration aspect during the WEEE device disassembly, thus creating a WEEE device component detection dataset by manually annotating a number of the recorded frames.

Given this dataset, CERTH deployed state of the art Computer Vision methods utilizing Deep Learning techniques in order to train a Convolutional Neural Network (CNN) capable of detecting the four WEEE devices as well as their respective components during the various stages of the disassembly process. Additionally, CERTH enhanced these methods by proposing an anchoring mechanism targeting specifically the detection of small objects.

https://www.hr-recycler.eu/certh-explains-their-work-in-ai-enabled-cell-level-perception-methods/

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Z-BRE4K Presentation video is online!

Have a look at Z-BRE4K presentation video and discover more on our Predictive Maintenance solutions!!

Link to: https://youtu.be/k1aZKtPpADQ

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EFFRA consultation Made In Europe Partnership

Currently, EFFRA carries out a consultation consisting of two main tracks.

  • One track aims at collecting the opinion of individual experts who respond on behalf of their organisation (or on behalf of a part of their organisation)

You can find more information about this consultation here.

  • The other track collects information from the perspective of finished or ongoing European Projects, in particular addressing Factories of the Future PPP projects, but not excluding other relevant projects.

You can find more information about this consultation here.

The deadline for the Made In Europe’s consultations is extended until 30 of June.

Stay up to date: https://www.effra.eu/made-in-europe-state-play

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UPTIME 2nd Live Webinar: Predictive Maintenance - Lessons Learned & Best Practices in Steel Industry - 9 July 2020

REGISTRATION

Date: Thu, 09 July 2020

Time: 11:00 - 12:30 CEST

 

Are all of the maintenance activities performed at a certain period of time necessary or can maintenance intervals be expanded in order to reduce the economic impact?

The UPTIME 2nd Webinar will address the key questions above and illustrate benefits of predictive maintenance by a concrete implementation in the Steel Industry. MAILLIS business case dealing with cold rolling mill for the production of steel strapping will be presented and its implementation in the UPTIME Platform will be demonstrated.

It is of outmost importance for manufacturing to have their machine or a piece of equipment that can tell its current health status and the degree to which that status deviates from normal or healthy along with predictions about its future health state, as well as actions recommendations. UPTIME will allow machines to perform self-assessment, on the basis of which decision making can be significantly enabled, to anticipate planned intervention on machines, to reduce unexpected breakdowns and delay other interventions, thus save money and improve safety.

The webinar is free of charge, dedicated to people who want to learn and see a concrete implementation of the UPTIME Predictive Maintenance Platform in a real business case. It is interactive, where you have the opportunity to ask questions to the experts panel and we are happy to receive your feedback.

If you have any questions or comments, please contact us.

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