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PrecisionCork
About the Project
PRECISIONcork - Medida e Controlo em Linha de Parâmetros Chave de Processo e de Qualidade de Produto
The solution promoted by the PRECISIONcork project allows a radical change in current practices in terms of quality control in the production of cork stoppers. By providing a distributed and modular solution in order to measure and to quantify several characteristic parameters related to the production of cork stoppers, such as moisture measurement, density, diameter, length, among others, and consequently to implement a closed loop control in the production equipment involved, it is possible to explore a preventive and process control approach with a view to a final product with a higher quality. This solution enables the development of “zero-defect” strategies and enhances the implementation of robust traceability mechanisms, enabling to meet legal and market requirements considered to be critical these days.The project developed a modular solution in order to measure and to quantify several characteristic parameters related to the production of cork stoppers, such as moisture measurement, density, diameter, length, among others, and consequently to implement a closed loop control in the production equipment.
Acronym
PrecisionCork
Responsible
Luís Guardão
Status
Closed
Starting Date
January 15, 2016
Ending Date
January 14, 2018
Effective End Date
January 14, 2018
Global Budget
€510,271.00
Funding
€89,180.65
Website
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Datasheet
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Members
Team Leaders
Associated Centres
Robotics in Industry and Intelligent Systems
At the Centre for Robotics and Intelligent Systems, we develop innovative solutions to leverage robotics in the industrial, agricultural, and forestry contexts, driving the digital transformation of the industry. We take a practical approach - from design to deployment - to test the navigation and localisation of mobile robots, explore advances in 2D/3D industrial vision and advanced detection, while also focusing on industrial and collaborative robotics, as well as human-robot interfaces. Our TRIBE LAB is fertile ground for innovative ideas about the agriculture of the future; we develop prototypes and promote excellence in agricultural robotics and IoT technology: with prototypes, advanced sensors (LiDAR, AI cameras), and rapid prototyping tools, we accelerate the development of solutions for the agroforestry sector. We are also present at the iiLab, where we combine applied research, technological demonstration, and controlled environment testing, promoting the integration of emerging technologies into industry. From intelligent robotic cells and cyber-physical systems to data analysis and AI, it is an innovation space where companies can experiment with and validate solutions for the factory of the future. With a multidisciplinary team, and following European agendas, our research work combines fundamental science and application, impacting the design of solutions for Industry 4.0, fostering competitiveness and the digital transformation of the sector.
Enterprise Systems Engineering
The research carried out at the Centre for Enterprise Systems Engineering (CESE) has a direct impact on industrial transformation, developing sustainable, resilient, and human-centred solutions to address the challenges of the digital and green transitions. Through a co-creation and development approach with scientific and industrial partners, CESE contributes to improve organisational capabilities and driving systemic innovation in complex industrial contexts. As a multidisciplinary research centre, CESE bridges science and practice in the field of Systems Engineering, focusing on value creation within industrial ecosystems. This mission is structured around five research lines that define CESE scientific and technological expertise: Manufacturing Systems Design and Management, Supply Chain and Collaborative Networks Management, Architectures and Industrial Information Systems, Technology Management in Industry, Transportation and Logistics.
