When metal 3d printing meets visionary ideas, the results can lead to significant advancements. HBD’s partnerships in 2024 highlight the potential of collaboration to address complex challenges and drive progress across various industries. Here’s a closer look at some of these initiatives.
Developing a rocket engine is always a challenging endeavor. Through collaboration with the Chimp Space Lander Team, HBD contributed to the creation of an ethalox engine capable of a maximum thrust of 630 lbf. By leveraging metal 3D printing, the team achieved complex internal flow channels and optimized geometries, helping streamline the development process and improve performance.
Temperature control is a key factor in semiconductor production. In partnership with STACO and KITECH, HBD helped design a dual-wall cooling chuck with a TPMS-inspired structure. This innovation enhances temperature uniformity, a crucial aspect of precision manufacturing in this field.
Engineering innovation often requires fresh approaches. Working with LEAP71, HBD contributed to a liquid heat exchanger design that uses a space-filling tree algorithm to maximize surface area. This approach improves cooling efficiency and showcases the potential of computational design in additive manufacturing.
The aerospace industry demands exceptional precision and reliability. In collaboration with Hyperganic, HBD supported the creation of turbine blades featuring capillary cooling channels and gyroid structures. These designs help maintain uniform cooling, reducing thermal stress and enhancing blade performance.
From rockets to semiconductors, these projects illustrate how partnerships can lead to meaningful advancements. By combining advanced technology with collaborative efforts, HBD continues to explore new possibilities and support innovation across industries.
