3D Printing Revolution

The 3D printing technology enables easy and rapid prototyping. In addition, it significantly simplifies the manufacturing process and reduces material waste.

PREPERM® is a perfect match for 3D printing technology

Electric field simulation of the lens

Electric field simulation of the lens

Traditionally, prototyping has been carried out by mechanical machining. However, this is complex, slow and generates material waste. The 3D printing technology constructs objects as successive layers. It is a one-step process and can generate complex internal structures. It significantly simplifies the manufacture process and reduces material waste. Furthermore, 3D printing can create perforated structures that are difficult to achieve by machining due to the mechanical strength of the material.

Premix’s PREPERM® is a perfect match for 3D printing technology. In a recent research project, the PREPERM® solution was used in a 10-GHz lens antenna prototype. The novel dielectric lens was fabricated by using PREPERM® 3D filament (ɛr = 4.4, tan δ = 0.004). The manufacturing process was simple and straightforward - no need for machining or assembly. The dielectric constants were tailor-made and the entire dielectric lens was fabricated in a one-step process. The directivity of the source antenna was significantly enhanced.

Written by Dr Shiyu Zhang of Loughborough University

3D printed Fresnel Lens3

The novel dielectric lens was fabricated by using PREPERM® 3D filament (ɛr = 4.4, tan δ = 0.004).

In collaboration with Loughborough University

"3D Printed Dielectric Fresnel Lens" is written by Dr Shiyu Zhang of Loughborough University. Visit Loughborough University website or read more about Dr Shiyu Zhang here.

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