Caracol and AES to Advance Aerospace & Defense Additive Manufacturing

Caracol announced a strategic partnership with Additive Engineering Solutions (AES). This collaboration aims to accelerate the adoption of additive manufacturing within the Aerospace & Defense (A&D) sector.

AES, renowned for its expertise in providing tooling for composites and full-scale engineering mockups for A&D Original Equipment Manufacturers (OEMs) and Tier one suppliers, brings deep industry experience, an aerospace AS9100 Quality Management System certification, and compliance with NIST Cybersecurity standards to the partnership. These credentials position AES as a trusted provider within the U.S. Aerospace & Defense industry.

Caracol’s integrated robotic additive manufacturing platform, Heron AM, has already gained traction globally in the A&D sector, given the company’s experience on production of composite tooling, as the first LFAM company to have AS9100-certified production facility in Europe. More specifically, the company has a unique know-how on leveraging robotics for large format 3D printing in both thermoplastic composites and metals – having developed turnkey platforms that integrate both hardware and software.




Coming from a shared application-driven DNA, the two companies are now aiming to further the work they’ve been doing by merging their expertise in technology, sector, and projects, to boost innovation in A&D-specific applications. AES, with its robust capabilities and market presence, is the ideal collaborator for Caracol – and the latter’s modular, turnkey setup will allow AES to easily scale and adapt to their production needs.

The collaboration will include AES installing a Heron AM platform to further expand their capabilities while focusing on leveraging AES’s in-depth understanding of A&D requirements with Caracol’s advanced technology to process critical projects like tooling for composites and full-scale engineering mockups. This partnership strengthens both companies’ positions as leaders in the rapidly evolving field of additive manufacturing.