Xiang Xin Yu
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Intricately machined micro-actuator housings and optical benches for orbital payloads. Features extreme dimensional stability across thermal cycles.
Complex sensor-array housings and fin-actuation linkages machined from high-strength stainless steels with extreme positional repeatability.
Machining large-scale structural pockets with wall thicknesses down to 0.5mm. We utilize proprietary CAM buffering to eliminate vibration harmonics and part deformation.
Continuous simultaneous 5-axis paths for blisks and structural spars. We eliminate secondary setups to maintain perfect geometric axiality across complex internal vectors.
Integrated high-speed Swiss-turning and milling for rotating aero-hardware. We achieve micron-level concentricity to ensure stability at 50,000+ RPM environments.
High-stiffness, weight-optimized structural frames milled from unified solid-billet Aluminum 7075. Designed for maximum strength-to-weight ratios.
CAM strategies and spindle tuning to eliminate tool-chatter during long-reach structural milling, ensuring uniform surface topography.
Our engineers conduct a DfM audit to minimize weight and tool-pass complexity, ensuring structural requirements are met efficiently.
Procuring aerospace-grade materials (7075 Al, Ti6Al4V) with 100% heat-lot traceability and chemical verification logs provided.
Utilizing digital twin verification to simulate toolpaths and collision-free vectors before the first chip is ever cut.
Designing non-marring zero-point workholding to support delicate thin-walled sections without inducing mechanical stress or deformation.
Utilizing high-torque 5-axis spindles and real-time probe-cycles to maintain sub-micron repeatability throughout flight-part manufacture.
100% inspection of geometric dimensioning and tolerancing (GD&T) using calibrated Zeiss CMM. We provide full digital FAIR reports.
Coordinated finishing: Sulfuric or Chromic Acid Anodizing, or specialized heat treatment to meet MIL-SPEC or AS-level standards.
Parts are cleaned, double-bagged, and delivered with a complete quality dossier, ready for immediate integration into flight systems.
Rigorous digital traceability from raw titanium billet to final flight cert. We integrate 100% CMM inspection into every aerospace batch.
AI-driven thermal and geometric drift correction to maintain sub-micron accuracy over extended 50+ hour production cycles.
