Aerospace
Overview
Aerospace manufacturing demands a balance between weight reduction, structural integrity, and precision. Additive manufacturing enables engineers to build complex geometries that are otherwise impossible with traditional methods, while reducing material usage and lead times. From internal ducts and housings to fixtures and aerodynamic prototypes, the right process depends heavily on application, load conditions, and scale.
SLA
High-detail parts with smooth surfaces, ideal for aerodynamic testing, external housings, and visual validation.
SLS & MJF
Strong, lightweight nylon components suited for functional parts, internal mechanisms, and complex geometries without support structures.
DMLS / Metal 3D Printing
Optimized metal components with high strength-to-weight ratios, suitable for structural parts and heat-resistant applications.
FDM
Cost-effective option for early-stage prototypes, fixtures, and non-critical components.
CNC Machining
High-precision metal parts with tight tolerances for critical and load-bearing aerospace applications.
Applications
- Lightweight brackets and housings
- Aerodynamic prototypes and casings
- Assembly fixtures and jigs
- Internal ducting and mechanisms
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