We serve as a link between the world of research and industry in EU funded projects. Together with other European top experts, we develop and create the latest technological solutions that help improve the sustainability and profitability of production, in agriculture and industry.
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Eu project Agrarsense
Food security is a global challenge, with the rapidly increasing impacts of climate change, supply chains, labour shortages, political and military attacks, among others. This is why it is important for us to improve productivity of agriculture and forestry. In Agrarsense, we are developing greenhouse automation and robotics to reduce resource wastage and optimise the farming process. This will help reduce the environmental impact of greenhouse farming and greenhouse gas emissions.
EU project Recirculate
Recirculate addresses the most pressing challenges facing the European battery recycling sector and battery logistics. The main objective of the project is to improve the efficiency of battery repair, reuse, remanufacturing and recycling. Our task is to integrate and test an AI-based, robotised electric car batteries dismantling and sorting system.
7.12.2023
At the last meeting of the consortium of the Recirculate project, the extent of the problems of the circular economy of electric car batteries became very clear to our team. This project is a significant step towards solving these challenges.
18.9.2023
Many industrial processes are still carried out manually due to the complexity of automating tasks that require dexterity. To simplify the automation of these processes, we participated in an EU-funded Open Call project called Robots Imitate MAGOS (RIM for short). The project took place in collaboration with the Greek MAGOS team and the German Siemens, […]
1.12.2022
In this EU project implemented under the RIMA project, we used virtual reality and robotics to perform industrial inspection and maintenance tasks.
EU project Mind4Machines
Many industrial processes remain being executed manually due to the necessary dexterity to perform them and their complexity to be replicated and automated. In Mind4Machines project Robots Imitate Magos (RIM) we utilize a sensorized glove (Magos) developed by Quanta & Qualla to gather information of hand movements, and translate them into a tangible set of instructions and trajectories that can be fed to diverse combinations of robot and a gripper models designed by SIEMENS.
EU project Rima – Mimic
We’ve partnered with the Greek Quanta & Qualia in the MIMIC project. Together, we’re developing a demo that will indicate how virtual reality and mobile robotics can be used in the oil, gas and chemical industry for performing inspections and maintenance duties. The project utilises haptic Magos gloves.
EU project FlexiGroBots
The aim of the FlexiGroBots project is to develop a new, open platform for the task management of heterogeneous multi-robot systems to improve the efficiency of precision farming.
The platform developed in the project will enable using the same robots diversely for various tasks and functions. In this project, we utilise the same robot as in the AgROBOfood project.
EU project AgROBOfood
In the AgROBOfood project, we’re developing a robotised platform for equipment that will enable identifying the phenotypes of grain growing in fields and eliminate plants that are unsuitable for breeding and impair yield. This enables accelerating the seed breeding process and facilitates faster development of different varieties, also for rising up to the challenges brought by climate change.
EU project Demeter
The goal of DEMETER is to lead the digital transformation of the European agri-food sector through the rapid adoption of advanced IoT technologies, data science and smart farming, ensuring its long-term viability and sustainability. The project is focused on creating a top-range user interface for the operation of multi-purpose digital environments in agriculture. Our task is to integrate the project results into an operational demonstration.
Mobile robot for small-scale farming
Mobile robot for soil density measurement
Welding trajectories with the help of virtual reality and haptic gloves
