Northern Waves AB specializes in additive manufacturing for microwave components, utilizing precise 3D printing techniques to create high-performance parts. This approach addresses the need for efficient production of complex microwave structures, enhancing performance while reducing material waste and lead times.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional manufacturing methods for microwave components often struggle to produce complex geometries and optimized designs, leading to performance limitations and increased material waste. These conventional techniques can also result in longer lead times and higher production costs, hindering innovation in microwave technology.
Solution
Northern Waves AB utilizes additive manufacturing to produce high-performance microwave components with exceptional precision and efficiency. By leveraging advanced 3D printing techniques, they create monolithic parts that eliminate assembly requirements and enhance frequency response. Their services include design optimization for additive manufacturing, enabling lightweight, dimensionally optimized solutions and the creation of arbitrary shapes. Northern Waves aims to translate RF designs into manufactured and tested parts, pushing the boundaries of microwave design and enabling improved scanning, increased gain, reduced interference, and enhanced coverage in wireless communication applications.
Target Audience
The primary target audience includes RF engineers, microwave technology companies, and wireless communication system developers seeking high-performance, custom-designed microwave components.
Features
- Additive manufacturing of microwave components
- Design optimization for additive manufacturing
- Production of lightweight and dimensionally optimized solutions
- Creation of seamless monolithic components
- Enhanced frequency response for superior performance
- Ability to create arbitrary shapes
- Geodesic lens antennas for improved beamforming capabilities
- Geodesic horn antennas for improved gain, extended range, and reduced interference
- Dielectric radomes for antenna protection and signal transmission
- Waveguide components for superior signal transmission
- Ad-hoc components for on-demand microwave communication networks