Aerospace structural mounts, often referred to as "Spider" frames, are designed to suspend sensitive optical payloads securely within outer aircraft pods. Due to extreme vibrational stresses, these frames must be machined out of high-grade Titanium alloys to optimize strength-to-weight performance. Titanium’s low thermal conductivity and high chemical reactivity at elevated cutting temperatures make it notoriously brutal on cutting tools, frequently leading to rapid tool wear and surface work-hardening.
The production layout established on the DOOSAN DVF 5-axis machining center utilized high-rigidity tooling assemblies and optimized dynamic milling strategies. Trochoidal toolpaths were programmed to maintain a constant tool engagement angle, drastically reducing heat buildup and distributing cutting forces evenly. Following the machining phase, the parts were routed to certified subcontractors for Akter chemical processing to provide required surface protection and anti-reflective properties.
The structural spider mounts successfully met all structural and dimensional criteria, showing clean transitions and excellent surface finishes. The parts demonstrated full compliance with aerospace requirements, withstanding simulated vibrational and load testing without deformation. This project underlines the company's ability to efficiently process tough, hard-metal aerospace alloys under strict production timelines.
From micro-cracks to titanium structures - if it's precise, complex, or unique, it's what we do. Send us your drawing and get a quote.
