Additive manufacturing is increasingly used in the production of satellite components, offering significant advantages in terms of weight reduction, cost savings, and design flexibility. For example, 3D printing enables the creation of topology-optimized antenna mounts, where the structure is designed to use only the material necessary for strength, reducing both weight and material costs. This is especially important in satellite design, where minimizing weight is critical for optimizing launch costs and performance. 3D printing also allows for rapid prototyping and customization, enabling quick modifications to meet specific mission requirements. The ability to produce low-quantity, high-performance parts with complex geometries makes additive manufacturing an ideal solution for the unique demands of space applications (references: NASA, ESA).
Other Trends
Reduce Fuel Consumption and Material Costs
As air traffic continues to grow, the total volume is projected to nearly double over the next fifteen years. Even now, the industry is under significant pressure, as the construction and maintenance of both freight and passenger aircraft present increasing challenges.
Rocket Engines
An additively manufactured product that consolidates 248 individual parts into a single component through functional integration.
Resources
Design for Additive Manufacturing with FDR
Fine Detail Resolution (FDR) functions like Selective Laser Sintering (SLS) but at a much greater level of precision.
10 Rules of Additive Manufacturing
Are you new to 3D printing, also known as additive manufacturing (AM)?
Effectively Prepare and Validate your 3D Printing Process
Highlights of the Webinar, save time and energy by archiving best practices for reuse. Create supports to allow for developing different strategies for the additive…
The Hitchhiker’s Guide to Smart Fusion
This white paper showcases the principle of Smart Fusion, EOS’ qualification methodology and different applications and how this groundbreaking technology was used.
Support-Free Printing of Closed Impellers
There are a wide variety of applications that could potentially manage with fewer supports. In recent years, supportless building has enabled the development of applications…
Personalized Spinal Bracing Made Reality with Additive Manufacturing
Discover how additive manufacturing is transforming the medical device industry, particularly in the realm of spinal bracing. This video delves into the innovative 3D design…
The Ideal 3D Printer for your Lab Requirements
Explore the benefits of modern, scalable additive manufacturing with a user-friendly 3D printing solution designed to bring your ideas and designs to life quickly and…
Custom Bike Design with 3D Printing
Explore the revolutionary impact of 3D printing on custom bike design. Bike enthusiasts know the value of quality welds, dynamic suspensions, and low-maintenance features. In…