Elektrum Technologies provides a hyper‑scalable additive manufacturing platform that prints electronic‑grade materials using combined powder‑bed and extrusion processes. The system links CAD files to optimized print parameters, delivering tunable dielectric, conductive and thermal properties while eliminating molds and reducing material waste, enabling OEMs and contract manufacturers to move from prototyping to high‑volume production without retooling.
Funding
Funding not disclosed
Founders
Product
Problem
Electronics manufacturers face constraints from traditional material processing methods, including high tooling costs, limited design flexibility, and long lead times that hinder rapid product iteration and entry into emerging markets. These limitations increase production waste and reduce the ability to tailor material properties for specialized applications.
Solution
Elektrum Technologies applies hyper‑scalable additive manufacturing to produce high‑performance electronic materials directly from digital designs. By integrating advanced powder‑bed and extrusion‑based 3D printing with proprietary material formulations, the platform delivers precise control over electrical, thermal, and mechanical properties while eliminating the need for costly molds and tooling. The process supports on‑demand batch scaling, enabling manufacturers to shift from low‑volume prototyping to high‑volume production without retooling. Digital workflow automation links CAD models to the printer, providing rapid design iteration and reducing time‑to‑market. Resulting components exhibit reduced material waste, consistent quality, and customizable performance characteristics that open new application opportunities across consumer, automotive, and industrial electronics.
Target Audience
Primary customers are electronics OEMs, contract manufacturers, and semiconductor packaging firms seeking rapid, low‑waste production of custom material components for consumer, automotive, and industrial devices.
Features
- Hyper‑scalable additive manufacturing system combining high‑resolution powder‑bed and extrusion printing for electronic-grade materials
- Proprietary material library offering tunable dielectric, conductive, and thermal conductivity properties
- Automated design‑to‑print pipeline that converts CAD files into optimized print parameters in minutes
- Real‑time process monitoring with in‑situ spectroscopy and closed‑loop feedback to ensure material consistency
- Scalable production capability from prototype runs (≤10 g) to batch volumes exceeding 10 kg per day without retooling
- Integrated waste‑reduction module that recycles unused powder and supports sustainable manufacturing practices
- Compatibility with standard PCB assembly lines and surface‑mount technology (SMT) processes through customizable substrate formats