The program
Your Guide to manufacturability:
A program has been put together that aims to bring developers and manufacturability experts closer together. Exploration, but also in-depth consultation, is given a start here. Talking about the basics but also the details about a manufacturing process is possible.
A conference where knowledge exchange based on trust will be an important item.
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Clear overview of the program with times and locations.
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Conference Floor ScanGuide to manufacturability:
About 100 companies will be present to explain their manufacturing technique on the basis of a poster they have made.
Questions can be answered and further details can be discussed through one-on-one conversations with the manufacturing experts.
All this to bring more attention to multiple manufacturing processes.
Posters can of course be found on this website by using the QR code on the poster. (This will be enabled during the event day before the poster will be blurred.)
It is also possible to do an assessment of the quality of knowledge transfer, go to the location where poster and supplier information can be found and you will find the option of an assessment below.
Jan Jaap Kuit (ASML), Maurits Smits (Thermo Fisher Scientific), Michael Andessner (Mitutoyo), David Fan (Bejing JingDiao), Ivo van Berkel (Dassault) , Michel van Valburg (Trumpf) and Hans Meeske (chairman Knowledge Sharing Centre) will open this first Manufacturing Technology Conference 2023 and welcome everyone.
Together they will explain the necessity of this annual conference and enthuse you to come and visit this event every year.
The place where manufacturability will come to life even more.
Richard Bruls as Principal Architect at ASML will explain the definition of “Defectivity”, what it is and why it is so important for ASML.
He will explain this difficult but for ASML extremely important subject by means of striking examples in order to better prevent particles.
Presentation Richard Bruls
Read moreProfessor Steve Franklin
Tribology is of fundamental importance to the design of all products and machinery that involve motion, and is all about friction, wear and lubrication.
Presentation Steve Franklin
Read MoreDr.ir. Tim Gorter Program Manager at Bond3D
Dr.ir. Tim Gorter has a background in Industrial Design Engineering and received his PhD at the University of Twente in The Netherlands. After receiving his doctorate, he worked in different roles for academia and subsequently industry. Common denominator in all these roles was to advance emerging technologies and make it available to the masses.
He will tell us about “Print strong and leak-tight functional products from peek.
Bond 3D unlocked the challenges of combining high-performance polymers and 3D printing by adapting the print process to the material instead of manipulating the material to make it printable.
Nicolas Hildenbrand Manager R&D, Veco Precision will take us into the advanced of the electroforming process.
What is it, what do the products made look like and what should you take into account during the design process.
Come and listen to their story.
Presentation Nicolas Hildenbrand
Dr. Tim Grunwald Head of Department, Fraunhofer Institute for Production Technology
Fine machining and optics and Passion for precision
From science to industry: advances in precision manufacturing.
Read More
Stephan Sprink Head of Business Operations Q-DAS, Manufacturing Intelligence division, Hexagon
John Willems Sales Manager, Etteplan
In this roundtable we will be addressing the significance of designing assembly-friendly products and provide valuable guidelines for integrating crucial steps into the development process. Learn how to consider manufacturability from the very beginning and using production tools to optimize the product-design. Overall, gain valuable insights and practical knowledge.
Marcel Weijs Country Manager Benelux, Werth Messtechniek GmbHi
It is important to eat something to continue sharing knowledge afterwards.
Bon appetit and enjoy.
Olcay Cicekdag, Manager R&D at Thermo Fisher Scientific
Case study: ULE material-based sample holders for reducing thermal induced sample drift.
Simon Zwingert Senior Technical Consultant, Altair
Is a Senior Technical Consultant at Altair Engineering located in Stuttgart. He started his career in 2012 in Böblingen (DE) where he worked as Application Engineer and Technical Consultant. His responsibility is in the area of technical and sales support for the DACH region. Over the years, he has helped numerous companies in High-Tech, Automotive, and Aerospace to implement advanced simulation technology into their processes.
Presentation Simon Zwingert
Read More
Friedemann Lell Managing Director, DMG Mori Additive GmbH
The design of high-end machines is shifting from the focus on stability and durability to more modern machines with high dynamics, light weight designs and temperature stability.
Read More
Dr. Ing. Oliver Gossel Sales Manager, Röders GmbH
Röders, a pioneer in HSC milling, develops its machines for best performance in terms of maximum machine dynamics with optimum surface quality and accuracy.
Presentation Oliver Gossel
Read MoreTijs Teepen Docent Mikrocentrum
Read moreDr. ir. Alex Van den Bossche CEO, GrindoSonic
dr.ir. Alex Van den Bossche is CEO of GrindoSonic BV, a KU Leuven spin-off company, focusing on NDT and QC in AM. Before he was co-founder and served as CEO of KRYPTON NV, focusing on mobile optical 3D Metrology until the trade sale to Metris/Nikon. He graduated as civil engineer from the KU Leuven and obtained a PhD on the “Automatic Implantable Defibrillator”. He serves as member of the scientific advisory board to Elmedix focusing on a novel full body hyperthermia cancer treatment.
Non-destructive Quality Control in AM
Additive Manufacturing is a rapid growing technology that brings huge advantages to industry. Nevertheless, there are still challenges to be tackled in order to fully adopt AM. A very important criterium to take in consideration is quality consistency of printed parts. This in order to guarantee repeatability and monitor the printing conditions.
The impulse excitation technique is a NDT method active in material characterization, evolution and QC, by analyzing the mechanic-elastic behavior of all parts. This technology allows for 100% inspection of AM parts in an easy, fast and reliable way.
Read Moreinfo follows
Dr. Ir. Erik Tempelman Associate Professor at the Faculty of Industrial Design Engineering, TU Delft<br>
An enthusiastic and at time provocative speaker, Erik Tempelman aims to take engineering education on DFMA to the next level – and he invites you to be part of this much-needed transformation.
Presentation Erik Tempelman
Dr. Lisa Royer Technology scout, Bright Insight / Dr. Hilal van der Holst Manager Bright insight / Drs. Lonneke Ploum Director Bright institute
These three ladies take you along in the efficient and intelligent search for information.
From left to right: Hilal van der Holst, Lonneke Ploum and Lisa Royer
Presentation
Read More
Henk Nijland Application engineer, Ter Hoek/PECM explains how the PECM technology works, how to reach the highest cleanliness standards and reduce contamination risks even further.
Read MoreASML’s Cyber Security department will also participate in this manufacturing Technology Conference, where Syber Security is of course an important item.
Cooperation is also very important for this Cyber Security item.
It’s not a question if, but rather when your business will be chopped up.
At that time, the cooperation with people with the right experience is very important.
So make sure you are prepared and come and listen to the story how to handle this.
Marco Andreetta Industry Manager General Industry, Trumpf
After a degree in Industrial Design I got interested in traditional industrial manufacturing technologies. I did then start my career in metal additive manufacturing in 2007 by working for a jobshop and then moved to different OEM manufacturers.
I joined Trumpf in december 2022 as Industry manager for general industry appplications in additive manufacturing.
Automatic Multilaser Alignment (AMA)<br>improves accuracy, reliability and productivity<br>of metal Additive Manufacturing
Laser powder bed fusion additive manufacturing processes repeatability relies on optimal gas flux and optical configuration to ensure predictable results across the whole building platform. Systems with multiple laser have been developed to increase productivity but ensuring a consistent calibration between the sources is not possible during the process.
A combination of measurements and calibration tools ensures the correct configuration between build jobs. The Automatic Multilaser Alignment (AMA), a patented solution to thermal drift in the optics, guarantees accuracy during the job.
To conclude the day.
We will go through the first Manufacturing Technology Conference together.
Share experiences with each other and discuss how we feel about it.