This document discusses the fourth industrial revolution driven by digitalization, integration, and enhanced flexibility. Key technologies include virtual/augmented reality, digital twins, cyber-physical systems, big data/smart algorithms, the internet of things, advanced robotics, cloud technology, and 3D printing. The fourth industrial revolution will enhance flexibility, enable individualized production with higher productivity, and reduce time to market with shorter innovation cycles and more complex products. Investments in the UK's fourth industrial revolution will result in mass customization with batch sizes of one, shorter time to market with zero prototyping, highly flexible manufacturing, and 30% increased productivity.
This document provides an overview of Cox and Plant, a company that has been in business for over 45 years providing mixing and packaging solutions. It discusses Cox and Plant's values and core focus on innovation. It outlines some historical communication and data issues and how the company is embarking on an Industry 4.0 digital transformation journey, starting with a machine traceability project to digitally link machine documentation. The document shares several future ambitions around shop floor production tracking, improved quoting systems, and integrating IoT technologies. It highlights the benefits customers can expect from Cox and Plant's solutions and services.
Autins Group plc is a European group of companies specializing in acoustic and thermal insulation materials and components. They have grown from a small UK business to a multi-company group with over 200 employees and £21 million in revenue. They have partnered with WMG to implement new technologies like machine monitoring systems, standardize barcoding, and conduct lean improvement projects to optimize processes. Through innovation and investment, Autins Group aims to become Europe's leading insulation manufacturer and provide sustainable solutions to customers' acoustic and thermal challenges.
Simco is a construction company that has expanded to a 50,000 square foot manufacturing facility producing construction façade systems. They want to become more efficient through real-time tracking of manufacturing processes using technology. Working with WMG, they plan to implement lean manufacturing principles and digital tools to measurably track output, costs, and productivity. This would allow them to engage workers, mitigate risks faster, and gain space for new product development while keeping implementation costs low. Their goal is to enter modular housing and help meet the demand for new homes in a sustainable way.
Industrial measurement and automation - ADDI-DATAAddi-Data
This document provides information about ADDI-DATA, a German company that specializes in industrial measurement and automation. For 30 years, ADDI-DATA has developed premium solutions for measurement and distributed I/O systems using technologies like Ethernet, EtherCAT, and PROFINET. Their products are robust, precise, and designed for harsh industrial environments.
Industrial 3D printing has reached an inflection point where the cost and quality are now good enough to displace the $100B injection molding market. While 3D printing was used extensively for prototyping in the past due to high costs, new printing technologies now enable cost competitive plastic part production in the thousands of units. There are three market segments where additive manufacturing immediately applies: on-demand manufacturing, on-demand supply chains, and new on-demand and custom products and business models. Fast Radius aims to leverage additive manufacturing's potential through a global network of production facilities replicated around the world.
This document discusses the development of a Digital Readiness Level (DRL) model by the H S S M I institute. The DRL aims to provide a consistent measure of digital preparedness for UK manufacturers. It identifies six key capabilities (business case, technical, data, leadership, people, integration) and competencies within each. The DRL will be structured similar to other readiness levels and provide a concise assessment. HSSMI is working with industry partners to further develop and test the DRL model and capabilities.
This document discusses the fourth industrial revolution driven by digitalization, integration, and enhanced flexibility. Key technologies include virtual/augmented reality, digital twins, cyber-physical systems, big data/smart algorithms, the internet of things, advanced robotics, cloud technology, and 3D printing. The fourth industrial revolution will enhance flexibility, enable individualized production with higher productivity, and reduce time to market with shorter innovation cycles and more complex products. Investments in the UK's fourth industrial revolution will result in mass customization with batch sizes of one, shorter time to market with zero prototyping, highly flexible manufacturing, and 30% increased productivity.
This document provides an overview of Cox and Plant, a company that has been in business for over 45 years providing mixing and packaging solutions. It discusses Cox and Plant's values and core focus on innovation. It outlines some historical communication and data issues and how the company is embarking on an Industry 4.0 digital transformation journey, starting with a machine traceability project to digitally link machine documentation. The document shares several future ambitions around shop floor production tracking, improved quoting systems, and integrating IoT technologies. It highlights the benefits customers can expect from Cox and Plant's solutions and services.
Autins Group plc is a European group of companies specializing in acoustic and thermal insulation materials and components. They have grown from a small UK business to a multi-company group with over 200 employees and £21 million in revenue. They have partnered with WMG to implement new technologies like machine monitoring systems, standardize barcoding, and conduct lean improvement projects to optimize processes. Through innovation and investment, Autins Group aims to become Europe's leading insulation manufacturer and provide sustainable solutions to customers' acoustic and thermal challenges.
Simco is a construction company that has expanded to a 50,000 square foot manufacturing facility producing construction façade systems. They want to become more efficient through real-time tracking of manufacturing processes using technology. Working with WMG, they plan to implement lean manufacturing principles and digital tools to measurably track output, costs, and productivity. This would allow them to engage workers, mitigate risks faster, and gain space for new product development while keeping implementation costs low. Their goal is to enter modular housing and help meet the demand for new homes in a sustainable way.
Industrial measurement and automation - ADDI-DATAAddi-Data
This document provides information about ADDI-DATA, a German company that specializes in industrial measurement and automation. For 30 years, ADDI-DATA has developed premium solutions for measurement and distributed I/O systems using technologies like Ethernet, EtherCAT, and PROFINET. Their products are robust, precise, and designed for harsh industrial environments.
Industrial 3D printing has reached an inflection point where the cost and quality are now good enough to displace the $100B injection molding market. While 3D printing was used extensively for prototyping in the past due to high costs, new printing technologies now enable cost competitive plastic part production in the thousands of units. There are three market segments where additive manufacturing immediately applies: on-demand manufacturing, on-demand supply chains, and new on-demand and custom products and business models. Fast Radius aims to leverage additive manufacturing's potential through a global network of production facilities replicated around the world.
This document discusses the development of a Digital Readiness Level (DRL) model by the H S S M I institute. The DRL aims to provide a consistent measure of digital preparedness for UK manufacturers. It identifies six key capabilities (business case, technical, data, leadership, people, integration) and competencies within each. The DRL will be structured similar to other readiness levels and provide a concise assessment. HSSMI is working with industry partners to further develop and test the DRL model and capabilities.
The document discusses integration effectiveness in engineering, procurement, construction, and automation (EPC) projects. It identifies common reasons why integrated projects fail, such as incomplete requirements, lack of user involvement, and lack of planning. The presenter, Steven Convens, has 18 years of experience delivering digital integration projects. He advocates for using a neutral industry expert or "checker" to evaluate solutions proposed by providers to address clients' issues and ensure the solutions are appropriate.
This document discusses Industry 4.0 and the trends driving it. Industry 4.0 aims to create an interconnected digital society through technologies like cyber-physical systems and embedded systems. It connects customer, product and factory data to enable mass customization, greater customer focus and manufacturing efficiencies. Cyber-physical systems bridge data and the physical world by using data analytics and simulation to inform business decisions. Embedded systems progressively network intelligent components. Industry 4.0's vision is integrated manufacturing where customer demands can be met through data-driven production.
This document summarizes a proof of concept trial to test the viability of using iBeacons for real-time location tracking on a construction site. The 8-month trial was funded with £59,000 and involved developing software and testing iBeacons in the Bond Street site office and ticket hall. Initial office testing of different beacon models found that Gimbal Series 20 beacons provided the best ranging results. Plans were made to conduct similar tests in a real construction environment to evaluate signal range, interference, and placement. The final report would assess if iBeacons are a viable technology for construction site location tracking and management.
The presentation discusses factories of the future and how innovative production technologies can enhance productivity and manufacturing. It focuses on four main technological challenges: ICTs like robotics and automation, virtual factories, adaptive production, and high-precision manufacturing. Factories of the future aim to be green/sustainable, close to customers, collaborative in value chains, and human-centered. Several EU projects were highlighted that develop technologies for advanced manufacturing processes, mechatronics, information and communication, and minimizing defects. The overall goal is to achieve economic, social, and environmental sustainability in manufacturing.
İlk İşim Girişim 2018 Presentation Mert Akın EnglishMert Akın
İlk İşim Girişim 2018 Sunum Mert Akın English
AIV, self-driving cars, autonomous vehicle, artificial intelligence, IOT, industry 4 0, entrepreneurship, start-up company
1. CH2M HILL uses BIM on all of its projects, with over 800 Project Automation Leads and 2000 CAD/BIM modelers implementing BIM standards.
2. The company is working to achieve BIM Level 2 compliance with standards like PAS 1192-2 and BS 1192-4. All new projects use a centralized document environment (CDE) to manage BIM files.
3. CH2M HILL is exploring new immersive visualization technologies like 360-degree views to improve design reviews, construction planning, and project operations and maintenance. This goes beyond traditional 3D modeling to interactive 4D and 5D project controls visualization.
Presentation by Chris Ashworth, Competitive Advantage Consultancy Ltd at the BIM for Manufacturers: Help with the Journey seminar on 28 July 2015
More information at http://bim4m2.co.uk/
The document discusses a presentation on Industrie 4.0 given by Matthias Barbian in June 2016. The presentation covers an overview of Industrie 4.0, digitalization, standards and norms, smart factories, and disruptive business models. It also discusses realizing a smart factory, components, implementation for small and medium businesses, and IT security considerations like cloud security and data usage. Finally, the presentation addresses disruptive business models through individualized low-cost production, sustainability through resource optimization and closed-loop production, and Germany-China cooperation on finding the right Industrie 4.0 partners.
Sirris materials day 2011 invest in design - loose weight pre-prototype des...Sirris
The document discusses virtual engineering and its potential to improve product design and process optimization. Virtual engineering tools like topology optimization and shape optimization allow designers to analyze product performance under different loads and identify ways to improve strength and reduce weight. Such tools provide insight relatively quickly and at low cost compared to physical prototyping. The document outlines various virtual engineering techniques and provides examples of how organizations have applied these methods.
Keeplastics has been a customer of Hitachi for
several years. Its patented piping bag ‘Kee-Seal ULTRA’, which is manufactured at the company’s factory in Norrköping, is widely used in the food industry. When Keeplastics needed to invest in new printing equipment it chose the UX D inkjet printer from Hitachi.
Reliability was an important factor when Production Manager, Lars-Åke Johansson was choosing the new printing equipment. He ultimately selected the UX D model because of Hitachi’s previous industry experience.
Professor Duncan McFarlane discusses the way in which changing business environments are affecting our traditional notion of a factory and its operations.
Industry 4.0 Walk Through - Accialini Training & ConsultingNicola Accialini
Accialini Training & Consulting provides support in Industry 4.0. Please visit our website www.accialiniconsulting.com or send us an email at info@accialiniconsulting.com for additional info.
Please don't forget to subscribe to our newsletter!
Impact industry 4.0 on the (SAP) intelligent enterpriseFrank Luyckx
What is the impact of Industry 4.0, Digital twin and Servitization on the (SAP) intelligent enterprise ? What is the impact of industry 4.0 on the business models ?
Today, 'Make in India' is quite the buzzword. Initiatives like Make in India, Digital India and Startup India have given the much-needed thrust to the Electronics System Design and Manufacturing (ESDM) sector in India. Complemented by government schemes such as Modified Special Incentive Scheme (M-SIPS), Electronics Manufacturing Clusters, Electronics Development Fund and National Policy on Electronics 2019 (NPE 2019),India has shown remarkable progress in this sector.
Digital technologies will play crucial roles in enhancing societies and economies. As the pandemic continues to push the world to do physical distancing, digital transformations are happening across multiple industries. Here's how intelligent connectivity transforms the journey of digital society and pushes the Industry 4.0 agenda.
The document discusses the concept of a "Factory of the Future" (FoF). It begins with background on current issues facing manufacturing, including lack of innovation and low value-add. It then defines key FoF concepts like open value chains, flexible production, and e-factories. The document outlines important enabling technologies like advanced manufacturing processes, mechatronics, ICT, and knowledge workers. It concludes with proposed research priorities focused on these technologies to help manufacturing adapt.
The document discusses several key engineering trends expected in 2017, including increased demand for skills related to Industry 4.0, automation/robotics, additive manufacturing, and the Industrial Internet of Things. There will also be ongoing need for quality engineers and sustainability-focused roles. Modern project teams now involve collaboration with external consultants and contractors, reflecting a shift toward open innovation models. Engineering firms and companies are strengthening partnerships to help fill talent needs.
Project Controls Expo 18th Nov 2014 - "BIM and the Project Control Bicycle" B...Project Controls Expo
The document discusses how building information modeling (BIM) can be used for project controls, analogous to how planning and tracking are needed to successfully complete a bike trip. It provides background on the speaker and defines BIM and project control. BIM can be used as both a technology and process to aid in project time, cost, and quality management over the full project lifecycle from strategic planning through construction and facility management. An example case study of BIM use at Birmingham City University is also briefly described.
Messung celebrated its 40th anniversary in 2021 and made it a meaningful year despite challenges from the pandemic. Messung has sustained success through continuous innovation in industrial automation, home/hotel automation, workplace technology, electrical engineering, and building automation. It remains committed to indigenous innovation under its 'Make in India' initiative as it enters its 41st year.
BOS - Industrie 4.0 – die Evolution der Fertigung am Beispiel des Fujitsu Wer...Fujitsu Central Europe
Breakout Session - Frank L. Blaimberger und Christof Schleidt
Wie entwickelte sich eine Fabrik in Richtung Industrie 4.0? Wie bindet man ein Ökosystem von Kunden und Partnern ein? Welche Rolle spielen dabei unterschiedliche Plattformen?
Fujitsu verfügt über ein innovatives Portfolio an Services und Technologien, um Industrie 4.0 zu ermöglichen. Sie sind im eigenen Werk in Augsburg bereits im Einsatz. Wir zeigen Ihnen, wie neue IoT-Technologien in die verschiedenen Fachbereiche effizient und mit Mehrwert implementiert werden können.
To learn just how to get iCON ready, we sat down for a Q&A session with the Tour Leaders: Erich Bozenhardt, Process Manager, and Tom Piombino, Senior Director, Process Architecture, both of IPS, and Dennis Powers, Director of Sales Engineering, G-CON Manufacturing
The document discusses integration effectiveness in engineering, procurement, construction, and automation (EPC) projects. It identifies common reasons why integrated projects fail, such as incomplete requirements, lack of user involvement, and lack of planning. The presenter, Steven Convens, has 18 years of experience delivering digital integration projects. He advocates for using a neutral industry expert or "checker" to evaluate solutions proposed by providers to address clients' issues and ensure the solutions are appropriate.
This document discusses Industry 4.0 and the trends driving it. Industry 4.0 aims to create an interconnected digital society through technologies like cyber-physical systems and embedded systems. It connects customer, product and factory data to enable mass customization, greater customer focus and manufacturing efficiencies. Cyber-physical systems bridge data and the physical world by using data analytics and simulation to inform business decisions. Embedded systems progressively network intelligent components. Industry 4.0's vision is integrated manufacturing where customer demands can be met through data-driven production.
This document summarizes a proof of concept trial to test the viability of using iBeacons for real-time location tracking on a construction site. The 8-month trial was funded with £59,000 and involved developing software and testing iBeacons in the Bond Street site office and ticket hall. Initial office testing of different beacon models found that Gimbal Series 20 beacons provided the best ranging results. Plans were made to conduct similar tests in a real construction environment to evaluate signal range, interference, and placement. The final report would assess if iBeacons are a viable technology for construction site location tracking and management.
The presentation discusses factories of the future and how innovative production technologies can enhance productivity and manufacturing. It focuses on four main technological challenges: ICTs like robotics and automation, virtual factories, adaptive production, and high-precision manufacturing. Factories of the future aim to be green/sustainable, close to customers, collaborative in value chains, and human-centered. Several EU projects were highlighted that develop technologies for advanced manufacturing processes, mechatronics, information and communication, and minimizing defects. The overall goal is to achieve economic, social, and environmental sustainability in manufacturing.
İlk İşim Girişim 2018 Presentation Mert Akın EnglishMert Akın
İlk İşim Girişim 2018 Sunum Mert Akın English
AIV, self-driving cars, autonomous vehicle, artificial intelligence, IOT, industry 4 0, entrepreneurship, start-up company
1. CH2M HILL uses BIM on all of its projects, with over 800 Project Automation Leads and 2000 CAD/BIM modelers implementing BIM standards.
2. The company is working to achieve BIM Level 2 compliance with standards like PAS 1192-2 and BS 1192-4. All new projects use a centralized document environment (CDE) to manage BIM files.
3. CH2M HILL is exploring new immersive visualization technologies like 360-degree views to improve design reviews, construction planning, and project operations and maintenance. This goes beyond traditional 3D modeling to interactive 4D and 5D project controls visualization.
Presentation by Chris Ashworth, Competitive Advantage Consultancy Ltd at the BIM for Manufacturers: Help with the Journey seminar on 28 July 2015
More information at http://bim4m2.co.uk/
The document discusses a presentation on Industrie 4.0 given by Matthias Barbian in June 2016. The presentation covers an overview of Industrie 4.0, digitalization, standards and norms, smart factories, and disruptive business models. It also discusses realizing a smart factory, components, implementation for small and medium businesses, and IT security considerations like cloud security and data usage. Finally, the presentation addresses disruptive business models through individualized low-cost production, sustainability through resource optimization and closed-loop production, and Germany-China cooperation on finding the right Industrie 4.0 partners.
Sirris materials day 2011 invest in design - loose weight pre-prototype des...Sirris
The document discusses virtual engineering and its potential to improve product design and process optimization. Virtual engineering tools like topology optimization and shape optimization allow designers to analyze product performance under different loads and identify ways to improve strength and reduce weight. Such tools provide insight relatively quickly and at low cost compared to physical prototyping. The document outlines various virtual engineering techniques and provides examples of how organizations have applied these methods.
Keeplastics has been a customer of Hitachi for
several years. Its patented piping bag ‘Kee-Seal ULTRA’, which is manufactured at the company’s factory in Norrköping, is widely used in the food industry. When Keeplastics needed to invest in new printing equipment it chose the UX D inkjet printer from Hitachi.
Reliability was an important factor when Production Manager, Lars-Åke Johansson was choosing the new printing equipment. He ultimately selected the UX D model because of Hitachi’s previous industry experience.
Professor Duncan McFarlane discusses the way in which changing business environments are affecting our traditional notion of a factory and its operations.
Industry 4.0 Walk Through - Accialini Training & ConsultingNicola Accialini
Accialini Training & Consulting provides support in Industry 4.0. Please visit our website www.accialiniconsulting.com or send us an email at info@accialiniconsulting.com for additional info.
Please don't forget to subscribe to our newsletter!
Impact industry 4.0 on the (SAP) intelligent enterpriseFrank Luyckx
What is the impact of Industry 4.0, Digital twin and Servitization on the (SAP) intelligent enterprise ? What is the impact of industry 4.0 on the business models ?
Today, 'Make in India' is quite the buzzword. Initiatives like Make in India, Digital India and Startup India have given the much-needed thrust to the Electronics System Design and Manufacturing (ESDM) sector in India. Complemented by government schemes such as Modified Special Incentive Scheme (M-SIPS), Electronics Manufacturing Clusters, Electronics Development Fund and National Policy on Electronics 2019 (NPE 2019),India has shown remarkable progress in this sector.
Digital technologies will play crucial roles in enhancing societies and economies. As the pandemic continues to push the world to do physical distancing, digital transformations are happening across multiple industries. Here's how intelligent connectivity transforms the journey of digital society and pushes the Industry 4.0 agenda.
The document discusses the concept of a "Factory of the Future" (FoF). It begins with background on current issues facing manufacturing, including lack of innovation and low value-add. It then defines key FoF concepts like open value chains, flexible production, and e-factories. The document outlines important enabling technologies like advanced manufacturing processes, mechatronics, ICT, and knowledge workers. It concludes with proposed research priorities focused on these technologies to help manufacturing adapt.
The document discusses several key engineering trends expected in 2017, including increased demand for skills related to Industry 4.0, automation/robotics, additive manufacturing, and the Industrial Internet of Things. There will also be ongoing need for quality engineers and sustainability-focused roles. Modern project teams now involve collaboration with external consultants and contractors, reflecting a shift toward open innovation models. Engineering firms and companies are strengthening partnerships to help fill talent needs.
Project Controls Expo 18th Nov 2014 - "BIM and the Project Control Bicycle" B...Project Controls Expo
The document discusses how building information modeling (BIM) can be used for project controls, analogous to how planning and tracking are needed to successfully complete a bike trip. It provides background on the speaker and defines BIM and project control. BIM can be used as both a technology and process to aid in project time, cost, and quality management over the full project lifecycle from strategic planning through construction and facility management. An example case study of BIM use at Birmingham City University is also briefly described.
Messung celebrated its 40th anniversary in 2021 and made it a meaningful year despite challenges from the pandemic. Messung has sustained success through continuous innovation in industrial automation, home/hotel automation, workplace technology, electrical engineering, and building automation. It remains committed to indigenous innovation under its 'Make in India' initiative as it enters its 41st year.
BOS - Industrie 4.0 – die Evolution der Fertigung am Beispiel des Fujitsu Wer...Fujitsu Central Europe
Breakout Session - Frank L. Blaimberger und Christof Schleidt
Wie entwickelte sich eine Fabrik in Richtung Industrie 4.0? Wie bindet man ein Ökosystem von Kunden und Partnern ein? Welche Rolle spielen dabei unterschiedliche Plattformen?
Fujitsu verfügt über ein innovatives Portfolio an Services und Technologien, um Industrie 4.0 zu ermöglichen. Sie sind im eigenen Werk in Augsburg bereits im Einsatz. Wir zeigen Ihnen, wie neue IoT-Technologien in die verschiedenen Fachbereiche effizient und mit Mehrwert implementiert werden können.
To learn just how to get iCON ready, we sat down for a Q&A session with the Tour Leaders: Erich Bozenhardt, Process Manager, and Tom Piombino, Senior Director, Process Architecture, both of IPS, and Dennis Powers, Director of Sales Engineering, G-CON Manufacturing
Cognitive IoT Platform as Enabler of the Smart FactoryPeter Schleinitz
The document discusses how cognitive IoT platforms can enable smart factories. It notes that increasing demand for customization is driving Industry 4.0 trends. It then provides examples of how IBM's cognitive IoT platform gathers data, visualizes patterns, performs analytics, and infuses solutions with cognitive capabilities. Specific use cases discussed include predictive quality inspection, field advisors, and virtual/augmented reality applications. The platform aims to drive both operational excellence internally and new revenue streams externally for manufacturers.
OSAmI-Commons – an OSGi based platform supporting Open Ambient Intelligence f...mfrancis
OsamI Commons provides an open source platform called OSAmI based on OSGi to enable reuse of software solutions across industries. It aims to address social challenges like global warming and aging populations by promoting energy efficient technologies. The OSAmI platform reduces development costs and time through a component-based approach and has demonstrated benefits in domains like smart homes, cities, and green buildings. It further aims to become a cross-industry product line to support innovation and business impact.
Presentation of KLEEMANN Lifts and the COMPOSITION Project by Aggelos Papadopoulos, Technical Services Manager at Kleemann Lifts. The presentation was held at the IoT Innovation Days held at Fraunhofer FIT in Sankt Augustin, Germany.
This document discusses learning innovation and the use of learning technologies. It provides examples of how different organizations have successfully used learning technologies and mobile learning to improve training outcomes. These include reducing training costs and times at Ford, improving management training at Ikea, and increasing the number of qualified radiologists in the NHS. It stresses that while the use of learning technologies is still emerging, taking a strategic approach is important given the speed of change. It also emphasizes that mobile learning in particular provides a significant opportunity to create learning and communications channels within organizations.
Atlas Copco Industrial Technique is a division of the Atlas Copco Group with 7,500 employees and annual revenues of BSEK 95 (BEUR 9). It provides assembly solutions and tools for industries like automotive, aerospace, and metal fabrication. Industrial Technique supports customers' production processes through solutions for riveting, adhesive dispensing, drilling, material removal, and more. It aims to be a strategic partner for customers' production engineering, flexible automation, and data-driven service needs through its acquisitions and global network.
AWS Executive Insight Event – Frankfurt: January 25 – 26, 2017Amazon Web Services
Ralf Kleber, Country Manager of Amazon Deutschland, discusses Amazon's culture of innovation. He explains that Amazon starts every process with the customer in mind and works backwards. Some of Amazon's principles of innovation include being customer obsessed, thinking long term, being willing to fail, and being comfortable being misunderstood for long periods of time. The presentation also discusses how leadership can drive agility and innovation through establishing an empowering culture, trusting teams, and being adaptable to change.
Industrial Internet of Things by 5ME (IIoT)Cincy IoT
Keith Dailey from 5ME presented on industrial internet of things applications. 5ME provides manufacturing solutions including cutting tools, fluids, and consulting. Their Freedom eLOG software collects and analyzes manufacturing data in real-time from machine controls. eLOG has helped customers like Cameron and Caterpillar improve productivity and operational equipment effectiveness. Industry 4.0 aims to further connect industrial assets through technologies like MTConnect. Platforms like GE Predix and Losant are developing environments for industrial internet of things applications and data analytics.
This is an extended version of the presentation I did at the Open Hardware Summit 2014 in Rome, during the open hardware business models workshop I facilitated.
It features an overview and tentative typology of open hardware business models, based on observation and interviews of project, using the business model canvas as a reference tool during the analysis.
IoT-Indus is a team of electronics engineers specialized in the New Product Introduction and manufacturing of IoT products.
New product introduction is a crucial step for your product. Our experts know perfectly how to manage every stage to make your project a success on your market.
The MIDIH project aims to provide opportunities for SMEs in manufacturing through digital innovation hubs and reference architectures. It has a budget of over 8 million Euros from the EU and involves partners across Europe. The project focuses on developing edge computing, interoperability, data solutions, and experiments in areas like smart factories, products, and supply chains. It recently opened a call for proposals worth 960,000 Euros for SMEs to conduct technological or experimental projects using the MIDIH reference architecture.
Industrial Internet, Should I be Interested?ionSign Oy
The document discusses the opportunities and challenges presented by the Industrial Internet and smart, connected products. It notes that the Industrial Internet is expected to create $14.2 trillion in value by 2030 and that 70% of this value will come from business-to-business applications. The Industrial Internet involves using data from connected machines and devices to create better solutions for work and personal needs. Successful implementation requires digitally reimagining businesses, creating new business models, starting small and investing gradually, and dealing with internal resistance to changes enabled by data. Both new customer value and strategic challenges will result, including decisions around features, data ownership, business models, and company scope.
NeXT is an innovative Italian SME that develops high-tech software applications for digital projects and smart factories. It was among the first 6 innovative PMI to win an innovation prize. The success of NeXT has led it to increase its team size each year to take on larger projects. NeXT's revenue grew from 250,000 euros in 2012 to over 1,000,000 euros in 2017.
DCEU 18: Designing a Global Centralized Container Platform for a Multi-Cluste...Docker, Inc.
The document summarizes Robert Bosch GmbH's efforts to design and implement a centralized container platform and global image repository for its large, multicluster enterprise environment. It established standardized Docker clusters across its 280+ sites worldwide and deployed multiple Docker Trusted Registries for image distribution. This centralized approach replaced decentralized environments, reduced costs and efforts for users, and ensured security and compliance. Lessons learned included the need for central management of the multi-component system and additional security tools for container environments.
Honeywell presented on connected freight and logistics solutions at the Serbian Logistics Association Conference in 2017. They discussed their connected freight solution, which uses sensors to track cargo location, condition, and progress to help shippers and customers monitor freight. Honeywell also demonstrated their AutoCube device, which instantly measures the dimensions of objects to help optimize warehouse and shipping operations. Overall, Honeywell works to optimize customer workflows, connect components, collect data insights, and provide innovative solutions to help customers reduce costs, improve service, and innovate their logistics operations.
This document contains confidential information about Bitrock S.r.l.'s services and cannot be copied or distributed without permission. Bitrock provides solutions for continuous intelligence in manufacturing through IoT data analytics. They use stream processing and artificial intelligence to provide real-time insights from machinery data. Their approach involves connecting devices, collecting and analyzing streaming data, designing machine learning models, applying them to processes, and scaling the system across operations.
OSGi and EEBus - Use cases for electric vehicle charging stations, heating sy...mfrancis
OSGi Community Event 2017 Presentation by Kai Hackbath [Bosch Software Innovations GmbH]
This talk will introduce some use cases of real world solutions that Bosch Software Innovations customers have implemented for electric vehicle charging stations,heating systems and home appliances using OSGi and EEBus.
EEBus is a German initiative that aims to standardize a global language for devices communicating with each other about energy. Bosch Software Innovations implemented the EEBus SHIP and SPINE specifications for its OSGi based ProSyst Gateway Stack.
The talk will conclude with a review of the benefits that are achieved with a joint OSGi and EEBus solution.
It’s an exciting time to be in manufacturing. Once staid Industrial companies are becoming recognized as trailblazers by transforming operations through intelligent automation, big data, and the Internet of Things (IoT). But a significant number of companies are at the beginning of their path to adopting new ways of working. For those companies who are just getting started – or for those who simply want a refresh - we are launching a series of webinars that focus on operations, and how technology and data will make factories the hotbed of innovation over the next decade.
In this presentation we’ll define the factory of the future, offer some characteristics, and provide a roadmap for the journey. We’ll also share a brief introduction to Myndshft’s CognitiveBus intelligent automation and IoT platform.
Sandro Maciocia from ABB presented on ABB's journey to digital transformation. He discussed ABB's new digital platform called ABB Ability, which uses common technologies like cloud, edge computing, and connected devices. This platform allows ABB to deliver new digital solutions and services to customers across utilities, industry, and transport & infrastructure. Maciocia provided two examples of digital projects - an advanced service concept for a large commercial building and a maintenance-free waste water pump solution. He also described ABB's Digital Collaboration Lab, which brings together customers, domain experts, and designers to co-innovate new digital products and solutions using methods like design thinking.
Building a Raspberry Pi Robot with Dot NET 8, Blazor and SignalRPeter Gallagher
In this session delivered at NDC Oslo 2024, I talk about how you can control a 3D printed Robot Arm with a Raspberry Pi, .NET 8, Blazor and SignalR.
I also show how you can use a Unity app on an Meta Quest 3 to control the arm VR too.
You can find the GitHub repo and workshop instructions here;
https://bit.ly/dotnetrobotgithub
1. Jiko shokai
My Introduction
Faisal Shaikh – Founder & CEO.
Dissemination of Manufacturing Excellence
Tools to Industries across India.Tools to Industries across India.
Led delegation to around 150 factories across
India and Asia pacific, a Total of round 20 Years
Industrial Experience coupled with IT & Human
development Skills.
Consulting, Training,
Manufacturing Technology Deployment.
3. What’s in Future
Green F :- sustainable factory environment Friendly Factory
7/17/2017 3
O :Adaptive – flexible
Green F :- sustainable factory environment Friendly FactoryBlue F :- Blue stands for smart & Intelligent Factory
Overlapping U shape: U Shape assembly line overlapping each other.
4. Enabling Digital Factory
AviX – The Industrial Office is a system for continuous
7/17/2017 4
AviX – The Industrial Office is a system for continuous
improvement and development of People – Processes – Products
within the manufacturing industry world wide.
AviX is based on video technology, standard times and activities.
It constitutes an “All-In-One” toolbox for engineering state of the art
products and processes.
5. Sustainable Factory
Material Flow Cost Accounting (MFCA)
• Started in the 90s in Germany
7/17/2017 5
• Started in the 90s in Germany
Quite popular in Japan, promoted by METI
Since 2011: ISO 14051 standard for MFCA
The general idea
Allocate costs not only to products, but also to the non-product outputs of the
production system (material losses, wastes, defective goods …)
• Exposing hidden costs – the costs accounted for currently may only be the tip
of the iceberg
6. Smart Factories
• Pick-to-Light System
When Pick-to-Light System is applied to the order picking
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When Pick-to-Light System is applied to the order picking
environment, it enables an order picker
to quickly and easily find the correct location by means of
lights and LED displays.
• Each tag represents a product in the storage location.
Besides guiding the picker to the exact location,
the lights also display the precise amount ordered and
requires confirmation while each item is
picked.
7. IKS Kanban
IKS is a professional web-based e-Kanban
system. IKS creates a real Kanban based
PULL system through your Supply-Chain!
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