Services

Overview of laser applications in material processing, focusing on laser beam welding and surface texturing and functionalization. It includes equipment selection, process setup, and the use of sensors and tools for beam analysis and process monitoring. Participants will have access to state-of-the-art facilities and equipment, with tutorials and mentoring from technical experts.

This course focuses on demonstrating the skills of laser cladding technology for coating, repairing, and remanufacturing metal component surfaces.

Overview of laser welding applications in material processing, covering equipment selection and process setup. It includes three hands-on activities: laser welding of polymers, welding of dissimilar metallic joints, and hybrid laser welding of metals.

This course aims to deliver essential skills in the use of LBW technologies including topics as basic principles of laser technology, an overview of industrial laser processes, an in-depth understanding of LBW and quality assurance, safety requirements, etc.

Overview of laser applications in surface functionalization for industry professionals. It covers key technical aspects for selecting equipment and setting up processes. The course includes three hands-on activities: direct laser patterning, advanced surface engineering and nanopatterning, and surface characterization techniques. Attendees will learn to choose patterning strategies based on desired surface topography and functional behaviour.

Training on AIMEN’s metal wire on an industrial robotic cell of AIMEN’s AM Pilot Factory, addressed to work with laser beam and wire as feedstock material.

Basic training workshop in robotics and artificial vision for the machining of naval components, and the cutting and welding of pipe fittings.

Introduction to the use of collaborative robotics and the ISO/TS 15066:2016 standard, outlining the safety requirements for collaborative industrial robots and offering guidance on their operation Introduction to Speed and Separation Monitoring concepts for collaborative robotics applications. Introduction to hand-guiding principles for intuitive and flexible programming.

Hands-on sessions to guide trainees to set up and deploy two different projection systems as they work on a supervised, hands-on, team-based project. Provides an interactive learning experience in assisting workers in the precise positioning of non-structural elements.

Demonstration services, hands-on training and workforce upskilling in smart and sustainable manufacturing robot cells for material processing and disassembly.

Demonstration services and hands-on training and workforce upskilling on for pose estimation, tracking, and monitoring applications.

Introduction to novel technologies of perception.

Introduction on basic principles on arc welding, correlation between process parameters with the melt pool in arc welding processes. Introduction of non-destructive methods. Introduction to welding evaluation and defect detection. Introduction to the labelling of welding defects and defect detection principles.

Workshop offering both theoretical and practical insights into the vacuum infusion process, featuring an in-depth introduction to its principles and applications, real-world success stories from AIMEN, and a hands-on demonstration where participants will manufacture a demonstrator with live process monitoring to understand each step in detail.

Understand basic concepts of artificial intelligence, learn how to process image data for computer vision (CV) and run a CV algorithm. Introduction to AI, Computer Vision, YOLO and Python for defect detection applications. Submerged arc welding (SAW) use case.

Leveraging AI-driven insights to assist operators in decision-making, incorporating sustainability indicators and contributing to Circular Economy strategies. This enables more efficient resource utilisation, waste reduction, and the development of intelligent, sustainable production models.

Technological introductory training module for Industry 5.0 transition, covering Industrial Digital Twins (DTs), Digital Thread and Digital Product Passport (DPP)

Introduction to the use of AAS for the modelling of DTs. Introduction to the AAS structure and submodels definition. Introduction to the package explorer and creation of different models from practical exercises. Introduction about standards related to AAS modelling.

Advancing Industry 4.0 through real-time monitoring, process digitalisation, and seamless data interoperability. These capabilities drive smarter decision-making, optimise manufacturing efficiency, and promote sustainability across industrial operations.

Technological introductory training module for Industry 5.0 transition, covering Human Centricity as a driver for industrial digitalization, Decision support systems and Explainability, and Collaborative & embodied robotics.

Brief review of the potential hazards and take necessary precautions when working with laser sources. It covers laser radiation properties, classification, and safety measures, as well as the use of protective equipment, emergency response procedures and compliance with regulations.

Understanding the key principles of laser welding of metals in different scenarios. To know the influence of the different types of joints and process parameters. Understand the quality aspects related to the process.

Brief presentation on the basics of laser technology and how to apply it to materials processing. What is laser? Why choose this technology? Main characteristics and applications, etc.

Overview of laser applications in surface functionalization for industry professionals. It covers key technical aspects for selecting equipment and setting up processes. The course includes three hands-on activities: direct laser patterning, advanced surface engineering and nanopatterning, and surface characterization techniques. Attendees will learn to choose patterning strategies based on desired surface topography and functional behaviour.

This course compares different laser additive manufacturing processes and describes a typical AM process flow. It includes main features, advantages and disadvantages, materials, examples of parts manufactured with each technology.

This course helps the attendees to understand the basics of DED process simulation covering aspects such as the need to implement simulation techniques to improve production processes as well as their current situation and future challenges.

This course helps the attendees to understand the fundamental concepts of DED processes and covers the topics such as, how the technology works, different DED processes, materials used, and typical applications where this technology is used.

Basic training workshop in robotics and artificial vision for the machining of naval components, and the cutting and welding of pipe fittings.

Webinar on a AIMEN’s Speed and Separation Monitoring (SSM) system to facilitate human-robot collaboration in shared workspaces.

Training material about Artificial Intelligence for HEA materials selection and Metallic AM technologies.

This session covers an introduction to AI, overview of the monitoring system, presentation of AI applications in welding defect detection. AI-supported monitoring system for detection of defects applied to submerged arc welding. How artificial intelligence enhances defect detection in submerged arc welding through advanced monitoring system.

Presentation of generative models for the materials discovery use case.

Short introduction to the emergence of AI and Machine Learning Basic Theory, including Supervised ML, Unsupervised ML, and Reinforcement Learning.

Explore how digital twin technologies like AIMEN’s Smart Hub can be leveraged to enhance circularity across manufacturing operations, focusing on process optimisation, real-time monitoring, and closed-loop production systems.

Webinar from the Integradde Training “AM for Manufacturers” covering an overview metal Additive Manufacturing processes and focusing on wire-based and powder-based Laser Metal Deposition.