Discover how generative design can decrease heat sink weight by 27% in our newly published white paper.Learn More
Join us for our last webinar of the year to explore how generative design can revolutionize thermal management across 3D printing, die casting, and CNC milling.
Join our 30-minute webinar to explore how generative design can revolutionize cooling performance across 3D printing, die casting, and CNC milling.
The webinar will conclude with a 10-minute Q&A session, giving you the opportunity to dive deeper into your specific questions.
Total length: 30 minutes
Niels Verdijck, Customer Support Engineer at Diabatix, will provide an in-depth explanation of the optimal design for thermal performance of 3D printing, die casting, and CNC milling. These manufacturing techniques each offer unique strengths and challenges in the context of thermal management. 3D printing, or additive manufacturing, builds components layer by layer, enabling complex geometries and lightweight structures that are well-suited for innovative heat transfer designs. Die casting involves injecting molten metal into molds under high pressure, making it ideal for producing precise, durable components in large quantities, often used in automotive or electronics applications. CNC milling, a subtractive process, removes material from a solid block to create detailed and precise parts, offering versatility and precision for thermal solutions in various industries. Niels will highlight how to leverage these methods effectively to achieve optimal thermal performance while meeting design and manufacturing requirements.
