Programma 29 maart
- 10:30-10:55
- Room 1
- Lecture in English
Impulse Excitation Technique to help improve the quality in AM
- Juan Jose Bustos Engineering Manager, GrindoSonic
The Impulse Excitation Technique (IET) is a non-destructive testing method that can be applied in different domains for material characterization, material evolution and quality control. Based on vibration analysis, every printed part can be tested in an easy, robust and fast way after printing them, in between processes or as a final quality control check-up.
- 11:45-12:10
- Room 1
- Lecture in English
Additive Manufacturing at ASML, a joint effort towards zero defects
- Hessel Maalderink Additive Manufacturing competence co-lead, ASML
- Radu Donose Additive Manufacturing competence lead, ASML
ASML started using parts made by Additive Manufacturing in its wafer stages more than 10 years ago now, driven by design freedom and added functionality. Since then, the number of AM parts per system have increased, as well as the total number of systems produced. At the same time AM processes, materials and post-processing technologies have evolved. Assuring part quality for these ever growing demands has been an ongoing effort by ASML and its supply chains. In this lecture some quality related aspects of this endeavour are highlighted.
- 12:15-12:40
- Room 1
- Lecture in English
DfAM drives ingenuity: design and validation of an EV wheel carrier with integrated gear and motor
- Mathieu Pérennou Director Additive Manufacturing Solutions, Hexagon Manufacturing Intelligence
Additive Manufacturing disrupts the world of design and production. To validate a product design and produce parts first time right, engineers must consider the full value chain from part specification to finished product.
With this example of the design of an EV wheel carrier with integrated gear and motor, we will showcase the use Hexagon additive manufacturing solutions along the entire product and associated manufacturing process development cycle by combining generative design, process simulation, GD&T-based mesh compensation, as well as metrology and quality inspection.
- 13:30-13:55
- Room 1
De nieuwe (r)evolutie in 3D scannen
- Edwin Rappard Directeur, 4C Creative Cad Cam Consultants
3D scannen maakt een stormachtige ontwikkeling door. Het verzamelen van data was altijd beperkt door de mechanische eigenschappen van de scanner. Met behulp van AI kunnen nu details worden vastgelegd die 2 keer zoveel informatie bevatten als voorheen, terwijl er mechanisch niets gewijzigd is aan de scanner. Tijdens de lezing zal door middel van voorbeelden worden uitgelegd hoe dit werkt.
- 14:00-14:25
- Room 1
- Lecture in English
Why a Quality Assured process is key for serial production of AM parts
- Rob van Loon Additive Manufacturing Engineer, KMWE Precision BV
Additive Manufacturing, specifically laser powder bed fusion, is considered a special process where many factors are known to have a substantial influence on the properties of the final product. To ensure repeatable part quality with batch size 1 it is therefore required that these factors are understood and managed in a robust process.
In this lecture we would like to show the importance of the entire production process, how small process deviations can have a lasting impact on part functionality and how these can be overcome to assure part quality in serial production.
- 14:30-14:55
- Room 1
- Lecture in English
Moving AM into the manufacturing industry
- Professor Ian Gibson Director, FIP-AM@UT
Although there have been significant developments in additive manufacturing in the past few years, there are still many manufacturers uncertain or unwilling to include AM machines on their shop floors. This presentation will discuss how FIP-AM@UT are working alongside colleagues at Fraunhofer and the University of Twente to address this reluctance by helping manufacturing companies to overcome the barriers affecting successful implementation.
- 15:00-15:25
- Room 1
Snel en flexibel: met 3D-printen maak je wat je écht nodig hebt
- Ir. Neil van Es Geek-in-chief, Parts On Demand BV
Met 3D-printen produceer je snel, lokaal en flexibel. Maar hoe wordt industrieel 3D-printen nu écht toegepast? Neil laat je concrete toepassingen zien van klanten uit de machinebouw, voedingsindustrie en orthopedie. Vertelt hoe ze daarmee het verschil maken, en wat ze dat oplevert.
- 15:30-15:55
- Room 1
How industrial 3D printing adds immediate value to your manufacturing operations
- Étienne Luimes Regional Sales Manager, Mark3D GmbH
Additive manufacturing processes offer great potential for lightweight construction due to the almost limitless freedom of form.
With materials such as glass fiber, carbon or Kevlar, real problems can be solved and components printed that previously could not be 3D printed but had to be manufactured mechanically. The changes in manufacturing processes mean that components can be made much lighter, often without additive design.
Due to their property profile, fiber composites offer high potential for lightweight construction in automotive and mechanical engineering.
Additive manufacturing processes are particularly well suited to producing highly complex load- and weight-optimized structures that cannot be manufactured conventionally in this way. We show a lot of case studies.
- 10:30-10:55
- Room 2
- Lecture in English
Binder Jetting : a techology for serial production
- Brice Bühlmann Gedelegeerd bestuurder, Buhlmann NV
At the hand of examples, we will show some success stories of metal and sand 3D binder jetting for serial production.
- 11:45-12:10
- Room 2
- Lecture in English
Serious Serial WAAM
- Joachim Antonissen CEO, Guaranteed
WAAM so far was situated in prototyping or technology demonstration. In close collaboration with a steel producer, Guaranteed bridged the gap to deploy the technology for repetitive volume production of highly critical production equipment components. This meant ensuring fit for purpose considering production challenges such as dealing with variable welding process parameters, realising large overhangs without part rotation and ensuring build consistency across the layers. It also implied guaranteeing consistency and repetitiveness while taking into account normal fluctuations occurring in production, setting-up a representative destructive test methodology as well as developing in-line process monitoring and non-destructive testing capabilities.
- 12:15-12:40
- Room 2
Unieke kansen met de Arburg Freeformer
- Paul Dijkstra MSc. Onderzoeker Industrial AM, Lectoraat Kunststoftechnologie van Hogeschool Windesheim
Arburg Plastic Freeforming is extrusie-gebaseerd printen met een twist: de machine smelt standaard granulaten op zoals een spuitgietmachine en extrudeert deze als druppels. Hierdoor is een breed scala materialen te verwerken en kan dezelfde dichtheid als spuitgieten worden behaald. Maar meerwaarde biedt de Freeformer voor de industrie? In samenwerking met 5 bedrijven hebben wij dit uitgezocht en zijn wij gekomen tot unieke kansen en toepassingen, waarvan wij tevens demonstrators presenteren.
- 13:30-13:55
- Room 2
Industriële toepassingen van 3D geprinte metalen stukken
- Willem Van Cauwenberge Head of Engineering, Metal Technics 3D
Additive manufacturing van metaal wordt veelal geassocieerd met toepassingen in hoogtechnologische milieus of met de productie van prototypes. Met een slim ontwerp blijven de toepassingen echter niet beperkt tot deze sectoren. Met de juiste ontwerpkeuzes biedt metaal 3D printen oplossingen aan voor een groot bereik aan applicaties en kan het de concurrentie kan aangaan met conventionele bewerkingsmethodes.
- 14:30-14:55
- Room 2
Voorspellen van spanningen/vervormingen bij LPBF met eindige elementen en digitale tweeling
- Stef Rijkers Deeltijd student/afstudeerder, Fontys Engineering
Het printen op basis van een opeenstapeling van dunne lagen metaalpoeder onder invloed van een laser leidt tot plaatselijke verhitting en dus ook uitzetting, waarbij zowel de vorm van het werkstuk voortdurend verandert als hoe de ingebrachte warmte er een plek in krijgt. Het resultaat kan grote afwijkingen tot gevolg hebben en zelfs het printen voortijdig tot stilstand brengen.
In deze lezing geeft de spreker weer hoe met Siemens NX virtueel kan worden geprint om zo kostbare afwijkingen in de fysieke totstandkoming van de print voor te zijn.
- 15:00-15:25
- Room 2
- Lecture in English
Introducing AM as factory-of-the-future. Optimization of production by 3D (3DoP project).
- Ir. Ing. Arno Gramsma Projectmanager, Mikrocentrum
Additive Manufacturing has a demonstrated potential for increasing productivity, combined functionality and foresting smart and green transistions. However, despite the clear benefits of 3D printing in optimizing production processes, there are still significant bottlenecks that do hamper deployment and uptake of 3D printing.
The project 3DoP will extend their unique framework of an integrated innovation and investment ecosystem.
- 15:30-15:55
- Room 2
Training en bijscholing voor Additive Manufacturing
- Elroy Leijten Programmamanager Opleidingen, Mikrocentrum
- Lisa Verberne Adviseur Opleidingen, Mikrocentrum
