Explore our foundational range of advanced micro-machined elements, custom high-precision connectors, and structural frames engineered for demanding hardware environments.
Founded in November 2014, Xinyunyang Precision Technology Co., Ltd. has established itself as an elite, high-integrity force in high-end structural alloy components. Over years of deep R&D and engineering devotion, we have integrated special metal composites and structural light-weighting technologies into critical modern industries.
“From our inception, we have adhered to the four foundational pillars of business: Integrity, Innovation, Cooperation, and Sharing. By merging advanced Kovar packaging technology and lightweight Magnesium Die Casting capabilities, we deliver optimized thermal management and structural design solutions for high-performance fields worldwide.”
At Xinyunyang, our core competence lies in fabricating high-reliability, customized hermetic packaging, lids, and lightweight magnesium cast structural components. With the global pivot toward green logistics, high-speed telecom, and aerospace structural consolidation, magnesium alloys have emerged as the premier candidate material. As a pioneer in the high-quality magnesium casting process, we bring to the table deep processing know-how, tight dimensional control, and advanced surface-passivation therapies designed to meet the toughest application challenges.
Sub-micron tolerances across elaborate geometries, combining die-casting structural integrity with state-of-the-art multi-axis CNC finishing.
Real-time cavity thermal analysis, high-pressure die casting machines ranging up to 3500T, and automated vacuum-assisted dosing.
Full spectrum metallurgical validation, 3D laser scanning, X-ray non-destructive testing, and helium leak detection for hermetic parts.
Our systematic approach to engineering, quality, and workflow optimization results in superior performance at scale.
We host a strong talent structure of over 100 precision specialists, where dedicated technical R&D engineers account for 30% of our entire staff. This enables rapid structural redesign, metal-flow simulations, and tooling optimization.
Our core manufacturing veterans boast over a decade of hands-on expertise in alloy solidification, specialized Kovar-glass seals, and composite refractory metals processing. We proactively address layout solutions for 5G, AI server cooling, and new energy systems.
Leveraging an ISO 9001 quality infrastructure and smart ERP scheduling, Xinyunyang optimizes high-mix low-volume and mass-production cycles. Our processes achieve a 15% to 20% lead-time reduction over standard competitors, ensuring supply chain speed.
Magnesium, with a density approximately two-thirds that of aluminum and one-quarter that of steel, represents the ultimate frontier in structural metal light-weighting. However, conquering the **Magnesium Casting Process** requires far more than melting and pouring. The reactive nature of liquid magnesium demands highly controlled, technologically advanced systems to prevent oxidation, manage micro-porosity, and maintain optimal crystalline structure.
Depending on application demands, our foundry utilizes diverse process flows to assure structural integrity:
Technological Breakthrough: By incorporating automated vacuum-assist systems directly within our HPDC dies, we drop local gas volume below 2cc/100g. This level allows reliable post-cast heat treatments (T4/T6) to dramatically boost yield strength.
Selecting the perfect chemical composition defines the success of the cast part. While classic AZ91D offers excellent castability and respectable strength, advanced aerospace and electronics demand optimized performance. We engineer custom formulations using AM60B and AM50A for high elongation and impact resistance, alongside thermal-stabilized alloys containing rare-earth elements (such as WE43 and AS41) that resist creep at operational temperatures exceeding 150°C.
Standard industrial magnesium suffers from high galvanic susceptibility. At Xinyunyang, we resolve this through proprietary surface-passivation chains. We employ high-performance Micro-Arc Oxidation (MAO/PEO), advanced chemical conversion coatings, and electroless nickel plating to establish an impenetrable barrier, providing over 1000 hours of neutral salt spray resistance (ASTM B117) to satisfy military-grade requirements.
The intersection of advanced structural weight reduction and precise electronics packaging defines the modern supply chain. Our manufacturing portfolio covers diverse industrial vectors:
Our ultra-lightweight magnesium structural brackets, internal camera housings, and hermetically sealed Kovar composite lids work together to withstand extreme gravitational forces and sharp thermal swings.
Thin-walled optical transceiver frames and transceiver housings require exceptional heat dissipation. Our high-conductivity magnesium castings minimize signal attenuation and improve heat dispersion.
We manufacture biocompatible surgical tool grips, high-rigidity medical display arms, and inner chassis for portable ventilators, combining lightweight ease with dependable impact protection.
A unique advantage of Xinyunyang is our deep expertise in Kovar (Fe-Ni-Co) precision machining. When building optoelectronic modules or aerospace sensors, thermal mismatch is a major engineering hurdle. By pairing glass-to-metal hermetic seals (made from Kovar) with structural mounting plates (made from magnesium), we offer customers an integrated single-source thermal-mechanical solution.
Global procurement directors face unprecedented geopolitical and logistic challenges. Ensuring steady pricing, rapid mold development, and high delivery reliability requires a partner that utilizes advanced manufacturing methodologies.
At our manufacturing facilities, every die-casting station operates under fully closed-loop automation. Real-time sensor platforms track parameters like molten metal temperature, injection speed, intensification pressure, and die cooling rates. This data feed integrates directly into our intelligent scheduling system, enabling a **15% to 20% boost in overall delivery efficiency** compared to traditional batch casting workshops.
Time-to-market is everything. Our in-house mold workshop speeds up prototyping by combining high-speed CNC centers with selective laser sintering. We utilize high-fidelity metal flow simulations (ANYCAST / MagmaSoft) to predict and fix issues like gas pockets, cold shuts, and hot tearing before cutting a single piece of tool steel. This drastically shortens the tooling correction cycle and reduces scrap rates.
True industry leadership is built on sustainability, transparent supply chains, and strict international compliance. At Xinyunyang, we design our magnesium operations to align with stringent ESG (Environmental, Social, and Governance) targets.
Our Kovar and Magnesium supply lines are fully vetted. All minerals are conflict-free, ensuring clear ethical traceability for global defense and communications contracts.
Every post-treatment step, conversion coating, and anti-corrosion barrier we apply complies fully with EU RoHS and REACH regulations, protecting the environment and operator safety.
We recycle casting sprues and overflows on-site, lowering energy consumption by up to 80% compared to primary magnesium refining, helping clients hit green targets.
To serve our partners in the Americas, Europe, and Asia-Pacific, we offer specialized customer support. Our technical sales engineers are fluent in international industry standards (ASTM, ISO, DIN), providing rapid DFM reviews, material selection consults, and 3D modeling support across global time zones.
Expert answers to critical engineering, quality assurance, and metallurgical questions about high-performance magnesium and precision casting.
Explore our highly specialized seals, hermetic packages, and micro-tolerance steel tooling fixtures engineered for military-grade and advanced aerospace platforms.
Walk through our high-performance machining centers, robotic casting units, and environmental validation facility designed to meet highest standards.
Xinyunyang Precision