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PRODUCTION TECHNOLOGY RESEARCH AREA
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2Our six research groups are serving you in the following
fields of applied science
(4) Wood and construction producttechnologies
(6) Re-manufacturing and robotizeddirect energy deposition
(5) Predictive maintenance
(1) Smart production, robotics and 3D
(3) Quality, LEAN and processmanagement
(2) AI in production technology
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Smart production, robotics and 3D
3D IN DESIGN AND MANUFACTURING3D design, measuring and scanning, 3D modelling andvisualization, 3D printing and CNC manufacturing integratedinto the i4.0 production process including machine tendingwith robots or cobots which can be on mobile platforms
ROBOTICSRobots, collaborative robots (cobot), mobile robots, autonomousdrones, caring robots, robotized painting in small seriesproduction, robotics safety management, and machine vision
SIMULATION AND DEMOSSimulation and demonstration of robot work cells,
production cells, lines and factories
DIGITAL TWINS AND VR/AR/XR Digital twins and VR/AR/XR applied in versatile production
activities, such as design, training and maintenance
PROTOTYPING AND PROOF OF CONCEPTSPrototyping and production of sample products , feasibility
demonstrations of novel ideas (proof of concepts)
4AI in production technology
Time series, sensor fusion, natural language processing, and image analysis.
Smart systems and industrial process optimization
Machine vision and machine learning for data analysis
Our applications is applied for example in Predictive maintenance
AI powered autonomous mobile robots, drones and CobotsIntelligent mining and Smart production
Combined IoT and AI
Environmental monitoring and sustainability
Artificial Intelligence & AI & Machine Learning | PLEASE CRE… | Flickr
Image by Mike MacKenzie : Mike MacKenzie/www.vpnsrus.com-
5Quality, LEAN and process management
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Measurement system design and measurement system analysis
Data collection systems
Data analytics
Management systems (ISO 9001, ISO 14001, ISO 45001)
Process development (Lean methods like Six Sigma etc)
Production planning and control
Product development
Manufacturing execution systems
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Coating technologies, Coating process management and optimization of the process parameters, utilizing digital twin01
Low carbon construction, carbon foot print design, calculation and simulation like LCA03
Long term durability of the wood and construction products04
Manufacturing processes of the wood and construction product technology,, process analysis and development (e.g.Lean, 6S)
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Environmental condition testing05
Wood and construction product technologies
Virtual laser scanning model
Futuristic vision of wood technology
7Predictive maintenance
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Vibration, acoustic, and ultrasound measurements
Advanced visualization in maintenance (VR/AR/XR)
Autonomous drone inspection
Digital twin as a visualization tool to identify maintenance problems and as an autonomous model based diagnostics concept
AI and machine vision in maintenance applications
Combining predictive maintenance and quality control
Predictive maintenance methodologies
5G network`s utilization: As an enabler in maintenance (especially virtual maintenance) of factories
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Re-manufacturing and robotised direct energy deposition
U p c o m i n g a n d R e c e n t r e s e a r c h
FUTURE EXPLORATION3D printing of metals WAAM, Wire and Arc Additive
RECENT RESEARCH
Manufacturing methodologies of the future
Robotics and off-line programming of a tool path
Software for toolpath generation
Welding power sources (Fronius CTM, Kemppi)
Laser cladding
Overlay welding with low heat input (CMT)
The benefits of robotization and automatic toolpath generation for cladding of complex shapes Process optimization
Scanning of a worn surface and generation of a toolpath based on the scanning model
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RECENT REFERRAL PROJECTS
•Horizon 2020 – TRINITY project•trinityrobotics.eu
•ERDF: MITATEN (Maintenance),•ERDF: RoboSote, as partner = robotics in social and health caring sector
• Interreg Nord:•RoboSol (cobots, drones, mobile robots)
•CINEMA (CMT)
TRINITY kickoff meeting
CINEMA
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Transformation in construction consist of challenges as sustainability requirements, cost pressure, skills scarcity, new materials, industrial approaches, digitalization. Centria is focusing in two main research areas: • Research of industrial approaches (Product portfolio & Data management, Product development, Productization etc)• Research of operational simulations and simulation pedagogics
The telecommunications industry is going downhill and sub-contractor entrepreneurs are retiring which leaves lack of young talents in this field. Demographic changes have been observed in the recent years. • The NYTi 4.0 Project is an incubator for young entrepreneurs to start new production technology companies supported
by i4.0 into our region.
Incubator for young entrepreneurs
• AI and Robotics in harsh conditions, including environmental monitoring (AIROHARSH project). • Robotics in health-care and social-welfare areas (ROBOSOTE project)• Drone monitoring in extreme artic mining conditions (DROSAMO project)
Potential applications of robotization
Battery technologies
• Car battery recycling methodologies – BATREC project. • Robotized mechanical deconstruction of car batteries – SAAROB project
TOP-NOTCH APPLICATION AREAS OF THE FUTURE,
BASED ON MEGA TRENDS
Joint act iv i t ies of research groups 1-6 and other
para l le l research areas , led by Product ion technology
Industralization in construction
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© Vizualus. All Rights Reserved.
LABS OF CENTRIAP r o d u c t i o n t e c h n o l o g y
Robo 3D Lab
Wood and Construction Product Technology Lab
Predictive maintenance, WAAM, and CobotLab (Kokkola campus)
Drone Lab – Joint Lab with Digitalization research area
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CONTACT OUR PRODUCTION TECHNOLOGY LEADERS
SAKARI PIESKÄ, PhDSmart production, robotics and 3D
SAKARI KINNUNEN, M.Sc.Quality, LEAN and process management
ARI LAMBERG, Eng.
Predictive maintenance
JORMA HINTIKKA, M.Sc.Production technology head
TOMI PITKÄAHO, PhD
AI in production technology
ELISA SAARELA, Eng.Wood and construction product technologies
JONNE NÄKKI, PhDRe-manufacturing & robotized direct energy deposition
Email: [email protected]: +358 44 449 2637
Email: [email protected]: +358 40 485 8219
Email: [email protected]: +358 44 449 2635
Email: [email protected]: +358 44 725 0252
Email: [email protected]: +358 44 449 2564
Email: [email protected]: +358 40 628 0087
Email: [email protected]: +358 40 143 4405
Jouni Vähäsöyrinki, Eng.Deputy head and specialists of Cobots and industrial applications
Email: [email protected]: +358 44 725 0251
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