3D Printing

In aerospace and defense, weight reduction and strength are critical. 3D printing enables the production of lightweight components, prototypes, and tooling with high precision. This technology supports faster iteration and reduces lead times, making it ideal for both testing and end-use parts.

3D Scanning

Accuracy is essential in defense applications. 3D scanning captures detailed measurements of existing parts, ensuring that every feature is recorded. This allows for precise quality control, rapid inspection, and reliable reproduction of complex geometries.

CAD

Computer-Aided Design (CAD) provides the foundation for innovation. Engineers can design complex parts, test them virtually, and refine details before production. CAD ensures that every aerospace and defense component meets performance and safety requirements from the start.

Reverse Engineering

Legacy systems and parts are common in aerospace and defense. Reverse engineering makes it possible to reproduce discontinued components, improve existing designs, or adapt them for modern use. Combined with scanning and CAD, it ensures critical equipment remains operational.