Technology Introduction:
3D Architech’s core technology is a gel-based metal 3D printing process that achieves 10-micron resolution—10× finer than conventional methods—enabling custom, high-performance cooling and energy components at a fraction of the cost.
Industry Applicability:
Our gel-based metal manufacturing technology enables micro-architected copper cold plates tailored for AI chip cooling. It achieves custom micro-architected design with 10-micron precision, reduces electricity costs for data center cooling by up to 60%, and supports rapid customization for new chip designs, driving efficiency and scalability in the AI industry.
3D Architech is a Caltech spin-out pioneering 10-micron resolution metal 3D printing for advanced cooling and energy components. Our technology enables up to 60% energy savings in AI chip cooling and 30% efficiency gains in hydrogen production, with global partnerships in the U.S., Japan, and Taiwan.
Key Technology for Advanced Industry 4.0: Advanced Intelligent Manufacturing Cell, 3D Printing Design Systems, AI Expert System for Friction Stir Welding Process
Magnetic and 2D metallic Nanoparticle Arrays of Surface-Enhanced Raman Spectroscopy (SERS) Detection Platform for Environmental-Biomedical Sensing
Heterogeneous Multi-material Micro Additive Manufacturing for Electronic Devices
All-day radiative cooling materials for near-zero-energy thermal management
Technology maturity：Prototype
Exhibiting purpose：Product promotion
Trading preferences：New products development
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