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Proof-of-concepts for companies making the equipment available to help them verify whether their concepts are likely to be exploited in a useful way in their application or business.
Technical solutions and advice in several fields for robotic solutions oriented to handling, logistics, flexible and/or adaptable systems, manufacturing and quality control systems.
Design and implementation of functional prototypes. Experimentation for validation of the designed solutions according to criteria established by the client such as efficiency, quality, cycle, etc.
Robots & 3D vision:This inspection is volumetric in nature, for metallic and non-metallic materials, and is capable of locating, by means of validated inspection procedures in accordance with current regulations, defects such as pores, lack
Handling of items in large spaces, indoors or outdoors, using mobile robots incorporating autonomous navigation. Manipulation refers to load transfer from different points and depends on the size of the elements and on the load
Adaptation of commercial mobile robotics solutions to the requirements of demanding applications in terms of technological sophistication. Incorporating proprietary navigation software, obstacle avoidance and real-time trajectory calculation and additional advanced sensors.
> Studying the precision achievable by a milling robot, the level of vibrations during machining and techniques to avoid vibration, simulation of the robot’s response, robot programming and optimisation of the milling process conditions. >Studying
Implementation, development and implementation of Delta-type robotic technology, together with optical inspection, detection and identification systems, enable pick & place, sorting, assembly, packaging or similar tasks to be carried out with high levels of precision
Robots are repetitive, but not very precise machines. That is, robots are capable of executing the same movement thousands of times where the trajectory followed by the robot is practically identical in each loop. However,
Robot prototypes of proofs of concept of solutions linked to handling for operations e.g. machine feeding from baskets, positioning for inspection. The operations involve recognising the position of the part, handling it and positioning it
Simulation tools of virtual environments where operations and automation workflows with robots are reproduced. These simulations allow layouts, cycle times, execution paths, etc. to be evaluated.
Robotic handling, making use of vision and object recognition systems for Bin Picking or Kitting type tasks.
load > 1 tonne and 1Tn in large, indoor workspaces. This handling is similar to the one that can be carried out with an overhead crane, except for the degrees of freedom in the positioning
Manufacturing assets (products, processes and resources) digitisation based on the implementation of Asset Administration Shell (AAS) reference model for the materialisation of Digital Twins. Enabling access to AIMEN´s digital infrastructure to enhance faster and agile
Support to Hardware/Software technologies development and validation through integration support and testing (interoperability, connectivity, compatibility) in the execution of pre-defined manufacturing-related tasks in the field of laser-based joining technologies.
Validation and benchmarking of Hardware & Software technologies as well as innovative tools at semi-industrial scale (reliability, performance, robustness) in the field of laser-based joining technologies.
Support to Hardware/Software technologies development and validation through integration support and testing (interoperability, connectivity, compatibility) in the execution of pre-defined manufacturing-related tasks in the field of high precision manufacturing (micro manufacturing).
Support to Hardware/Software technologies development and validation through integration support and testing (interoperability, connectivity, compatibility) in the execution of pre-defined manufacturing-related tasks in the field of micro AM.
Support to Hardware/Software technologies development and validation through integration support and testing (interoperability, connectivity, compatibility) in the execution of pre-defined manufacturing-related tasks in the field of laser-based surface texturing processes for specific surface functionalisation or
Validation and benchmarking of Hardware & Software technologies as well as innovative tools at semi-industrial scale (reliability, performance, robustness) in the field of high precision manufacturing (micro manufacturing).
Validation and benchmarking of Hardware & Software technologies as well as innovative tools at semi-industrial scale (reliability, performance, robustness) in the field of micro AM.
Validation and benchmarking of Hardware & Software technologies as well as innovative tools at semi-industrial scale (reliability, performance, robustness) in the field of laser-based surface texturing processes for specific surface functionalisation or improved structural behaviour.
Support to Hardware/Software technologies development and validation through integration support and testing (interoperability, connectivity, compatibility) in the execution of pre-defined manufacturing-related tasks in the field of liquid state composite manufacturing processes.
Validation and benchmarking of Hardware & Software technologies as well as innovative tools at semi-industrial scale (reliability, performance, robustness) in the field of liquid state composite manufacturing processes.
Support to Hardware/Software technologies development and validation for specific manufacturing devices through integration support and testing (interoperability, connectivity, compatibility) in a semi-industrial manufacturing environment.
Validation and benchmarking of Hardware & Software technologies as well as innovative tools linked to specific manufacturing devices at semi-industrial scale (reliability, performance, robustness) through experimentation (short runs, prototyping, etc.) in the field of manufacturing.
Evaluation of the performance, quality, and accuracy of results offered by different advanced algorithms for specific applications in industrial operational processes using synthetic data generated by digital twins based on process data under study. The
Evaluation of customer’s advanced algorithms for applications in operational processes (manufacturing – warehouses – logistics) and demand forecastin against different use cases. Analysis of performance. Proposal and initial evaluation of alternative, complementary or improved solutions
AI can help in detecting and diagnosing faults in electric systems. By analyzing real-time data from sensors and historical data, AI algorithms can identify abnormal behavior, predict potential failures, and provide early warning signs. This
This service offers tests and measurements to evaluate the performance of artificial vision and perception systems used for automatic Identification in industrial processes. Performance indicators will be defined and batteries of tests will be carried
Evaluation of customer’s solutions for artificial vision and perception algorithms used for automatic Identification in industrial processes against different use cases. The evaluation of customer’s algorithms to provide advanced data processing of heterogeneous data sources
Within this service, the Greek Satellite will grant access to milling infrastructure, sensing technologies, data acquisition system and computational resources for the development and testing of AI-based monitoring and control solutions for chatter in milling
This service provides an industrial testbed for research and experimentation. With the aid of this service, engineers and researchers can set up Internet of Things sensors, gather and process data instantly, and view operational metrics
Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the Directorate-General for Communications Networks, Content and Technology. Neither the European Union nor the granting authority can be held responsible for them.
© copyright 2024 AI-Matters
© copyright 2024 AI-Matters