SRIP Factories of The Future

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Aldous Goodman
5 years ago
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1 SRIP Factories of The Future

Slovenia's Smart Specialization Strategy - S4 S4 priority areas: 1. Smart cities and communities 2. Smart buildings and homes, including wood chain 3.

2 Slovenia's Smart Specialization Strategy - S4 S4 priority areas: 1. Smart cities and communities 2. Smart buildings and homes, including wood chain 3. Networks for the transition to circular economy 4. Sustainable food production 5. Factories of the Future (FoF) 6. Health medicine 7. Mobility 8. Development of materials as end products. 9. Sustainable Tourism Aim: Implementation of researchdevelopment and innovation programs linking the academic sphere and industry. Goal: combining knowledge and competences for developing new products, services and processes with the use of new technologies. Long term cooperation.

3 Main Goals 1. Enabling transition of Slovenian industry towards Industry Collect and link Slovenian research and innovation know-how and experience in the industry and academia and highlight the priority breakthroughs of new products, technologies and services for the Factories of the Future. 3. KET Repository for other SRIPs

4 Membership 10 R&D Organizations 4 84 Members 20 Micro Enterprises 16 Big Enterprises 18 Small enterprises SME 16 Middle enterprises Other 83% 12% 5% Industry R&D organizations Others

5 KET SRIP FoF Structure Management Smart Factories Intelligent Control Systems Advanced Technologies Smart Tools Common Services

6 Advanced Technologies - Robotics Robot technologies for the next generation industry Robotics: research institutions (universities and institutes) (11), Robotics: robot manufacturers, robotic system and equipment suppliers (25), End users (industrial production) (14).

7 Intelligent Control Technologies Main goals: stronger integration of the physical and digital world in the Factories of the Future. new powerful tools for finding the relevant information within production data. analysis of the product quality, in order to guarantee 100% quality of the final product. monitoring, predicting and synthesizing the optimal actions for adaptive production control. Smart factory - Smart Integration Of Plant-Wide Model-Based Control, Scheduling and Online Data - Analytics For Competitive Manufacturing.

8 Advanced technologies - Nanotehnologies

9 Advanced technologies - Photonics 4 technological areas : advanced laser-based medical and industrial systems; new laser sources; new photonic sensors; new adaptive laser systems.

Advanced Technologies - Smart Plasma Technologies Big companies Iskra TIK

Inductio Elvez Vacutech R&D Organisations IJS KI TECOS UNI LJ UNI MB Aim:

Task: Common research and development of smart product lines for

To achieve this aim: Tight collaboration with companies and research

Etching and activation of materials Sterilization and activation of

10 Advanced Technologies - Smart Plasma Technologies Big companies Iskra TIK Boxmark JUB Kolektor Small and Medium companies Optacore Bioiks Plasmadis Inductio Elvez Vacutech R&D Organisations IJS KI TECOS UNI LJ UNI MB Aim: Higher added value products and competitiveness on the market. Task: Common research and development of smart product lines for processing of high added value products. To achieve this aim: Tight collaboration with companies and research organizations. Etching and activation of materials Sterilization and activation of packing TECHNOLOGICAL PROCESSES Etching and activation of materials Sterilization and activation of Cleaning packing of metals Activation of polymers Cleaning of metals Coatings Nanostructuring

11 Advanced materials Electronic components Magnets Ceramics Isolation Coatings. Modern production technologies for materials Key topics: - Replacement of toxic lead - Replacement of rare elements - Improved recycling TRL 9 TRL 9 TRL 9 TRL 9 TRL 9 TRL 9 TRL 3 TRL 3 TRL 3 TRL 3 TRL 3 TRL 3 Award for reuse of recycled magnets with rare earths, produced withouth any waste material Modern production technologies for materials Key enabling technology (KET)

large added value 4 main areas of development: o Robotics o Photonics o System Control technologies o

12 GOSTOP: Building Blocks, Tools and Systems for Factories of the Future Largest S4 project in Slovenia 19 partners in consortium ( 6 research, 13 industry) Tehnologically advanced Industry companies with large added value 4 main areas of development: o Robotics o Photonics o System Control technologies o Smart tools Deliverables Smart Factory Pilot Smart Tools Virtual Factory Platform Agents for Decision support.

Horizon2020: Project ReconCell Design a new kind of an autonomous

Reduce setup times by exploiting new technologies, which were

The proposed cell can be nearly automatically reconfigured to

13 Horizon2020: Project ReconCell Design a new kind of an autonomous robot workcell for few-of-a-kind production. Reduce setup times by exploiting new technologies, which were partially developed in previous projects. Relatively low cost. The proposed cell can be nearly automatically reconfigured to execute new assembly tasks. Coordinator: Jožef Stefan Institute ReconCell at Automatica fair 2016

S4 Running Projects GOSTOP (Jožef Stefan Institute) (FoF) accelerate the development and

(Mobility) development of new products to contribute to reducing energy consumption and

Si (COBIK - Centre of excellence) (Health - medicine) develop stable, high-quality and

14 S4 Running Projects GOSTOP (Jožef Stefan Institute) (FoF) accelerate the development and construction of the concept of smart factories in Slovenia. EVA4green (SiEVA d.o.o.) (Mobility) development of new products to contribute to reducing energy consumption and emissions; the electrification of vehicles; safety and comfort of cars. BioPharm.Si (COBIK - Centre of excellence) (Health - medicine) develop stable, high-quality and repeatable process of production of biological medicines. TIGR4smart (TRIMO d.d.) (Smart buildings and homes, including wood chain) the program is based on sustainable products and their integration into systems; smart building management and IoT. Photo source: Finance 149/2016

S4 Running Projects NMP (Pulp and Paper Institute) (Networks for the transition to circular economy)

integrated value chains for multiple uses of the same piece of wood. F4F (Žito d.

d.) (Smart buildings and homes, including wood chain) the development of technological solutions, which will

15 S4 Running Projects NMP (Pulp and Paper Institute) (Networks for the transition to circular economy) advanced use of biomass for the development of new bio-based materials and products; creating new, integrated value chains for multiple uses of the same piece of wood. F4F (Žito d. d.) (Sustainable food production) sustainable production of quality food; establishment of long-term sustainable conditions for the development of Slovenian lokal food processing industry. IQ DOM (Gorenje d. d.) (Smart buildings and homes, including wood chain) the development of technological solutions, which will constitute to the new generation of smart homes, based on smart devices and wood. EkoSMART (MARAND, d. o. o.) (Smart cities and communities) Develop an ecosystem of smart cities based on innovative information and communication technologies (ICT) MARTINA (Institute of Metals and Technology) (Development of materials as end products) development of a new tool steel; study the possibility of using new technologies to produce innovative manufacturing tools. Photo source: Finance 149/2016

16 Thank you for your attention! Teslova ulica 30, 1000 Ljubljana, Slovenija W E: ctop@ijs.si Rudi Panjtar

Jožef Stefan Institute

Jožef Stefan Institute Headline topics of joint cooperation in Slovenia and at the Igor Kovač is the biggest public research institute in Slovenia. More than 850 people are employed by the Institute More than 360 employed are