Explore our elite portfolio of high-precision machined metals and custom-engineered alloy solutions tailored for rigorous industry applications.
Founded in November 2014, Xinyunyang Precision Technology Co., Ltd. has established itself as an elite pioneer in the field of high-precision metal micro-machining and advanced packaging solutions. Grounded in our core corporate tenets of Integrity, Innovation, Cooperation, and Sharing, we specialize in delivering high-reliability, customized hermetic packaging components to global tech leaders.
By making Kovar alloy processing our core technical competency, we serve industries requiring uncompromising mechanical and thermal integrity: semiconductors, high-frequency optical communications, aerospace, defense, medical engineering, and next-generation green energy. Our mission is to become the leading international standard for high-performance hermetic package lids and micro-components.
High-precision machining is not merely about removing material; it is about matching material properties to extreme operational environments. We address global sourcing demands with tailored metallurgical and machining solutions.
Kovar (Fe-Ni-Co alloy) features a coefficient of thermal expansion (CTE) matching borosilicate glass. Our micro-milled Kovar packages maintain structural sealing integrity at temperatures ranging from cryogenic levels up to 400°C, vital for optoelectronic chips and high-reliability aerospace relays.
Next-generation 5G telecommunication relies on ultra-high frequencies (40GHz+). We produce customized RF micro-cavity shells with ultra-low insertion losses (IL < 0.26dB), allowing flawless signal transmission and structural shielding in challenging weather environments.
Military and civilian aerospace systems demand lightweight, high-tensile parts capable of resisting violent vibrations. Our customized CNC precision sheet metal components and robust safety armors offer structurally secure packaging for flight instrumentation and propulsion controls.
Through constant investment in physical infrastructure and digital optimization, we ensure that every batch meets rigorous aerospace and semiconductor parameters.
Our workforce features more than 100 dedicated technical specialists, where engineers make up 30%. This structure guarantees that every engineering request is met with deep technical feasibility analysis and fast physical prototyping.
Our core production members possess over ten years of active machining experience. We continuously advance tooling solutions for titanium alloys, Kovar, and superalloys, ensuring clean finishes and preventing work hardening in sensitive metallic surfaces.
Operating under strict ISO 9001 quality guidelines, our facilities utilize a digital scheduling architecture. This advanced process management boosts order delivery efficiency by 15%-20%, maintaining high speed and accuracy for tight schedules.
The global precision machining market is undergoing a structural transition driven by the demands of aerospace systems, micro-optics, and AI chips. Traditional machining paradigms are giving way to micro-machining and advanced tooling, where multi-axis simultaneous control is essential to produce intricate geometrical profiles.
Key technological patterns shaping global supply chains include:
Modern procurement executives do not just buy parts—they manage supply risk. Global engineering firms require suppliers who can balance structural technical knowledge with legal and environmental compliance. Xinyunyang reduces supply-chain vulnerabilities by offering complete component traceability from raw steel stock to finished hermetic components.
Our operational framework ensures that green manufacturing practices, strict compliance with REACH and RoHS standards, and robust protection of intellectual property are prioritized. We help our global partners mitigate logistical risks and streamline customs clearance with transparent documentation packages.
A visual tour through our temperature-controlled machine shop, micro-milling centers, and high-fidelity quality assurance laboratories.
Our technology roadmap centers on smart manufacturing, transitioning from automated systems to fully adaptive closed-loop controls. By integrating real-time sensor feedback directly into our milling centers, our future systems will adjust tool paths dynamically to compensate for mechanical thermal growth and tool wear, ensuring consistent production runs.
Additionally, we are expanding our research into hybrid processing methods, combining high-speed additive metal printing with selective multi-axis grinding. This enables the cost-effective production of previously unmachinable internal cavities for medical and fluidic devices.
Environmental stewardship is a vital aspect of corporate operational trust. Our green manufacturing program optimizes material nesting strategies to reduce raw metal scrap by up to 18%. We also employ clean wash processes to ensure that all finished Kovar and titanium components are delivered free of cutting oils and fully prepared for high-vacuum and cleanroom assembly.
Get authoritative answers regarding specialized tolerances, custom tooling configurations, metal alloys, and shipping workflows.
Access our catalog of sustainably produced Kovar, connector components, and customized mechanical fittings.
Xinyunyang Precision
