Xiang Xin Yu
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We're an ISO 9001:2015 certified CNC machining manufacturer. With years of experience, we deliver quality parts on time and within budget. Our advanced facilities handle small-batch to large-scale projects. We keep investing in tech to meet customer needs.
Weight-optimized structural frames milled from unified billets. Designed for maximum strength-to-weight ratios through aggressive material-thinning strategies.
Intricately machined internal pathways with zero dead-space and Ra 0.1 smoothness. Optimized for zero-particulate gas and liquid delivery in critical systems.
Simultaneous 5-axis paths for complex organic profiles and undercuts. We eliminate secondary setups to maintain perfect geometric axiality (±0.002mm) across complex internal vectors.
Integrated automated probing and data-sync with Zeiss CMM. Every component is verified for concentricity, parallelism, and absolute position within micron-level tolerances.
Technical expertise in machining Titanium, Inconel, and Technical Ceramics. We utilize specialized tool-geometries and spindle-tuning to master the most abrasive and heat-resistant alloys.
High-speed rotating components machined from unified solid-billet Titanium. Features simultaneous 5-axis airfoil profiling with perfect dynamic balance integrity.
CAM strategies and spindle tuning to eliminate tool-chatter during long-reach 5-axis milling, ensuring uniform surface topography and tool life.
Utilizing 70-bar coolant systems to manage extreme heat in superalloys, preventing surface hardening and tool degradation during high-load execution.
AI-driven thermal and geometric drift correction to maintain sub-micron accuracy over extended production cycles and changing ambient environments.
Our engineers conduct a digital audit of your CAD, optimizing for tool access and surface finish harmony through 5-axis simulation.
Procuring source-verified alloys (Ti6Al4V, Inconel 718, 7075 Al) with 100% heat-lot traceability and chemical verification certs.
Utilizing digital-twin verification to simulate toolpaths and collision-free vectors before the first chip is ever cut.
Designing custom zero-point workholding and hydraulic fixtures to absorb cutting vibrations and maintain sub-micron stability during roughing.
Utilizing high-torque 5-axis spindles and real-time probe-cycles to maintain sub-micron repeatability throughout the machining window.
100% verification of critical datums using laser trackers and Zeiss CMM. We provide full digital FAIR reports with every manufacturing batch.
Coordinated finishing: Hard-anodizing, passivation, or specialized heat treatment to ensure the part meets your final performance environment.
Parts are cleaned, double-bagged, and delivered with a complete quality dossier: MTRs, Heat-Treat Logs, and Digital Inspection Data.
Zero-Chatter Surface Topography & ±0.005mm Airfoil Accuracy
Ra 0.1 Mirror Polished Seats & Burr-Free Micro-Channels
Zero-Stress Structural Milling & Sub-Micron Fastener Datums
We are an ISO 9001:2015 certified CNC machining manufacturer. We implement strict quality systems to deliver quality parts on time, within budget, and with complete traceability.
We have technical expertise in handling high-performance and hard-to-machine alloys including Titanium (such as Ti6Al4V), Inconel (such as Inconel 718), 7075 Aluminum, and Technical Ceramics, utilizing custom tool-geometries and spindle-tuning.
We use continuous 5-axis milling to process complex organic profiles and undercuts in a single setup. This maintains geometric axiality to within ±0.002mm. For internal channels like micro-fluidic manifolds, we achieve zero dead-space and Ra 0.1 surface smoothness.
We perform sub-micron metrology using integrated automated probing and Zeiss CMM validation. Our team verifies critical datums for concentricicity, parallelism, and absolute positioning within micron-level tolerances, delivering full digital FAIR (First Article Inspection) reports.
We implement advanced CAM strategies, rigidity fixturing (custom zero-point workholding), 70-bar through-spindle cooling systems to manage extreme heat, and AI-driven real-time spindle compensation to counteract thermal and geometric drift.
All parts are shipped with a complete quality dossier that includes Material Test Reports (MTRs) for 100% heat-lot traceability, Heat-Treat Logs, and digital inspection validation data.
