Compact, Efficient 3D-Printed Ku-band Antenna Reduces Waste
3D-printed Integrated Horn Antenna for Ku-band Satellite Dishes
Tags: National University of Singapore, Singapore, Industrial Automation & Manufacturing, Infrastructure, Utilities & Communications
This 3D-printed integrated horn antenna with an orthomode transducer (OMT) is designed for Ku-band satellite dishes used in applications like broadcasting, navigation, and telecommunications. Created through an automated Grey Wolf Optimizer (GWO)-based design process, it cuts down on time and costs, supporting efficient large-scale production. Optimized via the GWO algorithm, the antenna structure is light, compact, and stable, delivering robust performance while being 30% smaller than traditional models. The design eliminates the need for additional assembly, alignment, or fixing steps, reducing complexity. The metal 3D printing process also minimizes material wastage, making it highly sustainable and cost-effective.
IP Type or Form Factor: Device
TRL: 3 - proof of concept with needs validated
Industry or Tech Area: 3D Printing; Wireless Communications
