Xiang Xin Yu
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Lightweight structural housings and liquid-cooled battery plates. Engineered for weight reduction without sacrificing the structural integrity needed for electric mobility.
Highly stable mounts and housings for LiDAR, high-end cameras, and laser systems. Designed to minimize thermal expansion and maintain optical alignment in vibrating environments.
Specialized in non-traditional materials including PEEK, Titanium Grade 5, and Magnesium alloys. We maintain strict control over material grain orientation to maximize tensile strength in thin-walled designs.
Expertise in machining intricate internal cooling channels and micro-fin architectures. Our process ensures maximum heat dissipation efficiency for high-power electronics and server components.
Operating within controlled environments to prevent cross-contamination. Every part undergoes a multi-stage ultrasonic cleaning process, essential for semiconductor and optical applications.
High-purity aluminum and stainless components for wafer fabrication. Featuring mirror-finish interiors and vacuum-tight sealing surfaces required for plasma environments.
Capability to mill pre-hardened steels and superalloys up to 60 HRC, providing superior surface finishes and reducing the need for post-machining grinding.
Dedicated centers for secondary operations requiring extreme placement accuracy for bearing journals and precision locating pins.
Utilizing real-time tool monitoring and adaptive feed rates to maintain constant cutting forces, ensuring consistent quality even in variable material batches.
Every project begins with a deep dive into geometric feasibility. We identify potential manufacturing risks early to optimize costs and lead times.
Custom tool paths and specialized cutters are selected to meet the exact Ra and tolerance requirements of your specific application.
Sourcing only from certified tier-1 mills. We perform internal ultrasonic testing to ensure no voids or inclusions exist in the raw stock.
Multi-axis paths are generated with advanced algorithms and verified through full machine kinematics simulation before the spindle turns.
Machining is performed with real-time feedback. Our spindles auto-adjust to minor material variations, preserving the highest level of surface integrity.
Our machines automatically compensate for thermal expansion during long runs, ensuring the 1000th part is as precise as the first.
Chemical-grade cleaning and surface passivation are performed in-house to protect against oxidation and prepare for high-vacuum use.
Global logistics support with real-time tracking and full documentation. Parts arrive ready for immediate integration into your assembly line.
