3D Architech provides metal additive manufacturing that can produce micron‑scale features in pure copper and alloy powders. Their scalable 3D printing process enables custom heatsinks with optimized micro‑structures for superior thermal management and porous metal architectures that improve fluid flow and efficiency in clean‑energy systems, offering lower cost and higher precision than traditional metal machining.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional metal manufacturing processes struggle to produce fine micron-scale features cost-effectively, limiting the performance of components such as high-efficiency heatsinks and porous structures for clean energy applications.
Solution
3D Architech applies additive manufacturing to metal parts, enabling scalable production of components with exceptionally fine micron-level geometries at a lower cost than conventional methods. By using pure copper and alloy powders, the company fabricates heatsinks with optimized micro‑features that improve thermal dissipation. It also creates porous metal architectures with precise control over pore size and distribution, enhancing uniform gas or liquid flow for energy conversion technologies. The process integrates advanced 3D printing techniques to maintain material purity and structural integrity, delivering performance gains for cooling and clean‑energy systems.
Target Audience
Primary customers are manufacturers of electronic cooling solutions, clean‑energy system developers, and OEMs requiring high‑precision metal parts for performance‑critical applications.
Features
- Metal 3D printing capable of producing micron-scale features in copper and alloy materials
- Customizable heatsink designs with optimized micro‑structures for superior thermal management
- Porous metal architectures with controlled pore geometry to boost fluid flow uniformity and conversion efficiency
- Scalable manufacturing workflow that reduces material waste and production costs compared to traditional machining
- Compatibility with a range of clean‑energy and electronics applications requiring high‑precision metal components