Our partner Henkel adhesive technologies will host a webinar on June 19, 2024, on the topic: How 3D printing is revolutionizing the manufacturing of modern electronic devices with electrostatic discharge (ESD) properties.
In the webinar "Transforming Electronics Manufacturing with ESD 3D Printing," you'll learn more about advances in 3D printing technologies and materials that enable the easier and faster production of customized parts. You'll gain exciting insights into the new IND3380 resin with electrostatic discharge (ESD) properties. Don't miss this opportunity to learn more about the innovative LOCTITE 3D resins.
The webinar will take place on June 19. Topics discussed include:
- Current challenges and innovative solutions
- Benefits of 3D printing with synthetic resin
- Technical insights and performance metrics
Find the original post on Hewnkel's LinkedIn page here
If you would like to learn more about DLP 3D printing or the possibilities offered by innovative materials used in the printer, please contact @Maria Meixner or @Adrien Schmidt
Frequently Asked Questions
Question: What role does 3D printing play in the manufacturing of modern electronic devices?
Answer: 3D printing enables customized components to be produced quickly and flexibly. This can shorten development and production processes and make it easier to meet specific requirements in electronics manufacturing.
Question: Why are ESD properties important for 3D-printed components?
Answer: Electrostatic discharges can damage sensitive electronic components. Materials with ESD properties help dissipate electrostatic charges in a controlled manner, thereby reducing the risk of damage to electronic parts.
Question: What are the advantages of resin-based 3D printing?
Answer: Resin-based 3D printing enables the production of precise and complex components with a high level of detail. At the same time, specific material properties can be selected to suit the respective application.
Question: What distinguishes LOCTITE IND3380 resin?
Answer: IND3380 is a specially developed 3D printing resin with electrostatic discharge properties. This makes it suitable for applications where components need to be manufactured precisely and used in ESD-sensitive environments.
Question: For which applications is ESD-capable 3D printing particularly interesting?
Answer: The technology is especially relevant for electronics manufacturing, for example for customized fixtures, components, or tools used in ESD-sensitive production environments. This allows individual solutions to be implemented quickly and according to specific application requirements.
