GrabCAD 模型信息
AEGIS-PRINT: Multifunctional Aerospace Nozzle & Feedstock · 模型 165314
AEGIS-PRINT ARCHITECTURE: Multifunctional Aerospace Feedstock & Sentinel-PMU Hybrid Nozzle Technology Licensing & Intellectual Property Opportunity Executive Summary I have developed the Aegis-Print architecture, a patented, multifunctional additive manufacturing platform engineered for the next generation of aerospace applications. My system natively integrates radiation shielding, thermal management, and energy harvesting into structural components via a proprietary nanocomposite feedstock and a specialized hybrid nozzle (Sentinel-PMU). I am currently offering this technology for licensing to aerospace manufacturers and defense contractors who possess the infrastructure to scale this innovation and integrate it into their production lines. Intellectual Property Status Patent Status: My Aegis-Print architecture is officially protected under Hellenic Industrial Property Organization (OBI) registration number 20260100208. The process for international patent protection is currently underway. Licensing Model: I am looking for strategic partners capable of executing the empirical validation program required for agency-level certification. My business model focuses on licensing my patented technical framework, material synthesis protocols, and proprietary nozzle design to authorized partners who will undertake the technical development, experimental testing, and commercial production. Value Proposition for My Licensees By partnering with me and adopting the Aegis-Print architecture, your organization gains immediate access to: Advanced Material Synthesis: My proprietary nanocomposite formulation (PEEK matrix with WC, SiC, and Exfoliated Graphene) for multi-functional structural performance. Sentinel-PMU Hybrid Design: My high-performance, wear-resistant printing interface, engineered to ensure zero-dimensional deviation and long-term printing consistency. Drop-in Compatibility: I have designed my system to integrate seamlessly into your existing SLS and DIW infrastructure, allowing for rapid adoption and immediate performance upgrades without the need for new capital expenditure. Call to Action I invite established aerospace engineering organizations and research laboratories to review my validated theoretical framework. I am prioritizing partnerships with entities equipped to conduct the experimental validation phases (Phase 1-3) and integrate my technology into their production systems. Contact me directly via GrabCAD messages to initiate technical
- 格式
- Rendering、STL
- 分类
- 3D printing、Aerospace、Components
- 标签
- therm、additivemanufacturing、peek、nanocomposite、aerospace
- 数据更新
- 2026-09-28T12:24:04Z
