Services |
Companies will be able to identify the advantages that additive manufacturing technologies bring to them, obtaining products more adapted to their needs and their function, with a reduction in time to market. |
Introduction |
Additive Manufacturing technologies allow the manufacture of products with more complex geometries than those obtained through traditional manufacturing technologies. The main feature of these technologies is that the parts or products are manufactured by the successive selective addition of material, directly from a digital file with the geometry of the 3D CAD part. It is important that companies know the advantages that these technologies can bring to adapt, more quickly, to market changes. |
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Addressed to |
- Aimed at technical office staff and personnel who perform technical tasks. - Companies and people interested in these issues in the Valencian Community. |
Objectives |
- Take a first contact with additive manufacturing, knowing the different techniques that exist to obtain polymeric and metallic parts, assimilating basic concepts that must be taken into account for their use within companies.
- To understand in greater detail the technologies for processing polymeric materials and understand the limitations of the same that will condition certain aspects in the development of the product.
- Understand in greater detail the technologies for processing metallic materials and understand the limitations of the same that will condition certain aspects in the development of the product.
- Know the general aspects and requirements that must be taken into account in order to carry out a product design or redesign. Success stories carried out in AIDIMME will be shown. Attendees will assimilate key aspects of product optimization to be manufactured with additive technologies.
- Learn the topological optimization methodology and observe the workflow to obtain an optimized part under defined loads and boundary conditions.
- Learn the methodology of optimization of geometries based on conventional CAD software. Understand basic concepts to propose a design / redesign that allows us to achieve a fabricable part and reduce its production costs.
- Control the aspects or characteristics that influence the economic valuation of a part manufactured with each of the technologies covered in the course.
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Contents |
MODULE 1: GENERAL INTRODUCTION TO ADDITIVE MANUFACTURING TECHNOLOGIES AND ITS IMPLEMENTATION IN INDUSTRY
- What is additive manufacturing and its industrial context.
- Stages of the manufacturing process.
- Processing quality – key factors.
- Supports.
- Productivity
- Use of Additive Manufacturing
- History/evolution of AF
- Ranking
- R+D+i applied to additive manufacturing
MODULE 2: ADDITIVE MANUFACTURING IN POLYMERS
Theoretical-practical sessions of the following technologies that process polymers:
- Powder bed fusion technologies:
Multijet Fusion (MJF).
Powder Bed Fusion of polymers (PBF polymers).
- Tank photopolymerization technologies:
Stereolithography (SLA).
Digital LightFusion (DLP).
- Material extrusion additive manufacturing technologies that process polymers:
Fused Filament Fabrication (FFF).
Continuous Fiber Fabrication (CFF).
MODULE 3: ADDITIVE MANUFACTURING IN METALS
Theoretical-practical sessions of the following technologies that process metals:
- Powder bed fusion technologies:
Electron Beam Melting (EBM).
Laser Powder Bed Fusion of metals (LPBF metals).
MODULE 4: ADAPTED DESIGN FOR ADDITIVE MANUFACTURING
Theoretical sessions of Design adapted for additive manufacturing:
- Design/Redesign oriented to additive manufacturing: Introduction to design methodologies.
Practical sessions on Adaptive Design for Additive Manufacturing by optimizing parts:
- Use of software for topological optimization.
Practical case:
- Use of CAD software.
Practical case:
- Development of real cases.
MODULE 5: ECONOMIC EVALUATION AND PROPOSAL OF IMPROVEMENTS TO OPTIMIZE THE ADDITIVE MANUFACTURING PROCESS
-Analysis of practical cases, economic evaluation and proposal of improvements to optimize the process.
-Study of manufacturing costs for different real cases.
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Type |
Course |
Mode of delivery |
Onsite |
Methodology |
Transfer of knowledge, cases and/or practical exercises in the classroom and/or laboratory. |
Dates |
From 1 / 2 / 2023 to 15 / 3 / 2023 |
Calendar |
Wednesday |
Schedule |
From 09: 00 to 14: 00 |
Duration |
35 hours |
Site |
AIDIMME Leonardo Da Vinci 38 headquarters. Technology park. 46980 Paterna - Valencia. |
Registration |
Open |
Certification |
Certificate of attendance issued by AIDIMME. Minimum attendance of 80% of the teaching hours. |
Cost |
Free course. Free training, fully subsidized by the Ministry of Education and Vocational Training, EU-Next Generation Funds managed by LABORA through REDIT, the Network of Technological Institutes of the Valencian Community and has official accreditation.
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Teachers |
| BLASCO PUCHADES, JOSE RAMON |
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| Since 2002 he has developed his activity linked to research and industrial development, contributing to the implementation of these technologies in companies in multiple sectors (Jewelry, lighting, automotive, habitat, dental, robotics, design, machine tools, furniture, aeronautics, ... ). Since 2004 he has been working as a group coordinator in additive manufacturing and since 2012 in charge of new manufacturing processes for AIDIMME. Very linked to the industrial sector and the implementation of these technologies in the industry. Innovative, committed and enthusiastic person of new technologies. |
| CAMISON CEREZO, ANTONIO |
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| More than twelve years developing work in additive manufacturing of polymers in different technologies available in AIDIMME Technician responsible for the following additive manufacturing technologies for polymers, FDM, DLP, SLA and the latest MJF incorporation. 6 years teaching experience in additive manufacturing courses in training cycles and short-term personalized courses. The purpose during the course is to bring additive manufacturing technology to the student to actively involve it. Active, involved and passionate person of the new manufacturing methods |
| MARTINEZ CENICEROS, MARIO |
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| Research and development engineer, participating in European and national projects in AIDIMME. Focused on the design for additive manufacturing (DFAM) and working on various Additive Manufacturing technologies such as EBM, PBF for metals and polymers, SLA, DLP, CFF and FDM. Works for the improvement of additive manufacturing machines due to previous experience in product design, mechanical simulation and advanced manufacturing technologies. Great connoisseur of the current scenario and evolution of the field of additive manufacturing and its applications. Outgoing and persistent person who faces each challenge as an opportunity for learning and expanding knowledge. |
| SANJUAN MANZANA, SALVADOR BERNARDO |
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| Since 2006 working in additive manufacturing in AIDIMME with FDM and SLA technologies, as well as an expert in vacuum casting. From 2009 and after numerous specialization courses, technician responsible for EBM technology to obtain metal parts. Participation in research projects related to EBM technology. Open person, promoting the active and dynamic participation of students, understandable with any point of view or argument and with a methodology adapted to their needs. |
| VICENTE MORELL, BERNARDO |
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| Industrial Engineer of the mechanical specialty who began his professional career in the railway sector carrying out design and calculation tasks of structures using finite elements. Since joining AIDIMME as part of the product development team, he has expanded his experience in the field of topological optimization, enhancing the FEM simulation approach towards new manufacturing technologies, participating in research projects in the field of additive manufacturing. Methodical and persevering professionally, he is a person open to suggestions and new challenges. |
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INFORMATION AND PRE-REGISTRATIONS
AIDIMME - Training Department
961366070 Phone | Fax: 961366185 e-mail: rigual@aidimme.es | www.aidimme.es |
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Since the NUMBER OF PLACES is LIMITED, if they are interested in participating in these courses, they must communicate it, as soon as possible, by sending the duly completed pre-registration form (one for each student), before the indicated date, in order to close the participation in it. Admission will be made by pre-registration order and your acceptance will be communicated to the company. |
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