OMAX waterjets help aerospace manufacturers turn challenging materials into precise, production-ready parts. From titanium and Inconel to advanced composites, OMAX delivers the accuracy, repeatability, and material integrity needed for mission-critical components. Intelligent software and proven cutting technology reduce risk, minimize waste, and help shops move from design to finished part with confidence.


Contact OMAX Sales

OMAX Customers working in Aerospace

THYSSENKRUPP AEROSPACE

Adding water to water table

ThyssenKrupp Aerospace showcases its transition to OMAX waterjets, highlighting improved uptime, simplified operation, and faster production. The team demonstrates how near-net cutting, reliable performance, and efficient workflows enable competitive pricing and consistent delivery of precise aerospace components.

PIERCE COUNTY SKILLS CENTER & Tile

Students looking at the ProtoMAX

Pierce County Skill Center uses the ProtoMAX waterjet to teach students aerospace manufacturing fundamentals. Hands-on cutting of metals and composites builds practical skills, improves understanding of modern fabrication processes, and prepares students for careers in advanced manufacturing industries.

MACHINE, REPAIR AND DESIGN & Tile

waterjet table

Repair and Design uses OMAX waterjets to cut challenging materials like Inconel with precision and consistency. The systems handle diverse, high-mix work efficiently, enabling reliable production for demanding applications, including parts that support OMAX machine manufacturing.


Explore our machines

Built for Complex Aerospace Demands

OMAX waterjets support true aerospace innovation by enabling precise cutting of advanced materials like titanium, Inconel, and composites without heat distortion. This cold-cutting process maintains material integrity while producing complex geometries with tight tolerances. Combined with intelligent software and repeatable performance, OMAX systems allow engineers to move faster from prototype to production. The result is a more efficient workflow, reduced secondary operations, and the flexibility to meet evolving aerospace requirements without compromising quality or consistency.  

Waterjet cut holes