3D printing for electronics. Advanced materials and maximum precision + LIVE with DONE Lab
How to produce complex and functional electronic components using advanced additive manufacturing technologies. In addition, discover how to meet the highest technical demands in the automotive sector through Done Lab case, presented LIVE by their engineers.
Language: Portuguese 🇵🇹
Discover how 3D printing is revolutionizing the electronics industry, from rapid prototyping to the production of final parts. We will see this with live testimony from DONE Lab engineers. We will also delve into high-performance materials such as ESD and FR, which are essential for ensuring safety and reliability, and we will show how to achieve precision and accuracy even in the manufacture of small components.
During the webinar, we will explore real-world cases and the most suitable 3D technologies for electronic applications.
When
Time
Where
Who is it aimed at?
The webinar is aimed at professionals in electronics and other industrial sectors who want to discover how to leverage 3D printing to produce functional, accurate, and certified components.
Why participate?
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During the webinar on October 30, we will take an in-depth look not only at ESD and FR materials, but also at other solutions that meet the different needs of the electronics industry:
- Static-dissipative materials → ideal for component trays, testing and automation machine parts, templates for PCB assembly or repair.
- UL94 V0 self-extinguishing materials → Perfect for small series of enclosures and containers for live equipment, connector bodies, and parts in contact with electrical devices, with applications also in highly regulated sectors such as aerospace and rail.
- Transparent materials → Used for optical extensions and LED guides, where light transmission is a fundamental requirement.
- Elastic and flexible materials → For prototyping keyboards and functional membranes.
- Production of miniaturized connectors and components → Thanks to the high dimensional precision of additive technologies, it is possible to print industrial connectors and very small parts for medical devices.
Thanks to these solutions, 3D printing enables electronics to accelerate prototyping, reduce development costs, ensure design freedom, and manufacture even small functional series with short lead times and consistent quality.
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You will have the opportunity to learn about a DONE Lab success story from its engineer Cátia Silva, who specializes in polymers and composites. Done Lab is a 3DZ customer that has put additive manufacturing at the service of the most demanding technical requirements in the automotive sector with the Markforged FX20 printer.
Agenda
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3D printing for electronics: the needs of the sector. Precision and accuracy.
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Featured materials: ESD, FR, elastic, flexible, transparent.
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Applications and uses.
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Testimonial and success story from DONE Lab LIVE with Cátia Silva, engineer specializing in polymers and composites at Done Lab.
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The expert answers: questions and answers.