Precision custom progressive metal sheet stamping and deep drawn solutions.
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Advanced multi-axis CNC milling, turning, and micro-machining tolerances.
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High-integrity mechanical forging processes for complex aluminum alloys.
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Aerospace & industrial grade investment casted parts in steel & alloys.
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High volume, lightweight aluminum component manufacturing and finishing.
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Advanced wax mold design for intricate geometries and strict metallurgical tolerances.
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Superior tensile strength components engineered to replace fabricated parts.
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Strict tolerances using state-of-the-art Japanese-made machining centers.
Explore OEM Line →Founded in 1996 as an owner-managed SME corporation, Xinye Metal Works has built a decades-long heritage of engineering excellence in metal part fabrication. Strategically headquartered in the Ningbo Jiangbei Industrial Zone, our facility resides within the world's most dynamic metallurgical cluster. We are within 3 hours of high-speed train transit from Shanghai International Airport, offering seamless logistical and site-inspection convenience to international purchasers.
Occupying a total footprint of 16,000 square meters of state-of-the-art production floors and 11,000 square meters of ongoing facility construction, we operate at a scale designed to meet global industrial demands. Our organization thrives on the expertise of 130 employees, structured as a lean production ecosystem where 80 dedicated staff handle shopfloor operations, and 50 engineers, metallurgists, product developers, and quality control experts govern pre-production modeling, precision testing, and quality assurance.
Our technology portfolio covers the complete cycle of precision components: Custom CNC Machining, Aluminum Alloy Forging, Wax Die Stainless Steel Investment Casting (Lost Wax), Extrusion, Sheet Metal Stamping, and highly-engineered surface treatments including Anodizing and Electropolishing (E-polish).
Analyzing market indicators, metallurgical trends, supply chains, and environmental paradigms shaping high-precision industrial castings.
Lost wax investment casting, or precision casting, has emerged as the definitive manufacturing route for complex components designed to withstand critical applications. Unlike conventional sand casting, investment casting utilizes a sacrificial wax pattern coated in a refractory ceramic slurry to produce molds with unparalleled dimensional accuracy and smooth surface finishes. Globally, the investment casting market is driven by the growing demands of modern aerospace platforms, automotive lightweighting initiative, clean-energy gas turbine assemblies, and robust health care machinery.
Commercially, industrial buyers favor the lost wax process due to its near-net-shape capability. This means parts require minimal downstream machining, effectively reducing scrap-metal rates and total fabrication cycle times. Major manufacturing clusters in China, particularly the Yangtze River Delta engineering corridor in Ningbo, have combined deep metallurgical knowledge bases with automated automation technologies. This positioning allows manufacturers like XinYe to deliver aerospace-grade tolerances and material standards to partners in Western Europe, the UK, North America, and Japan at competitive unit costs.
Integrating CAD systems with advanced thermodynamic casting simulation software (such as MagmaSoft or ProCAST) allows engineers to predict shrinkage cavities, flow patterns, and thermal solidification boundaries before pouring a single drop of alloy.
The industry is moving toward high-entropy alloys, specialized austenitic stainless steels (316L, Duplex 2205), and precipitation-hardening alloys (17-4 PH). These offer superior oxidation resistance and mechanical performance at elevated temperatures.
Eco-friendly binder agents in shell-building and Closed-Loop dewaxing autoclaves significantly minimize volatile organic compounds (VOCs) and allow for near-total recycling of patterns.
From metallurgical control to precision secondary machining, we provide turnkey OEM manufacturing services.
At Ningbo Jiangbei XinYe Metal Works, we have developed a broad spectrum of metallurgical and post-casting capabilities. We support our customers through every step: from early-stage industrialization of new components to global supply chain integration.
Our baseline operating model is 6 days per week with 16 hours daily. To accommodate urgent bulk demands or seasonal surges, we can scale to 24/7 continuous operations within 30 days.
Experience the combination of high-capacity structural fabrication and sub-micron finishing processes inside our facility.
Our commitment to continuous investment in technology ensures that we maintain a modern fabrication facility. We utilize imported Japanese machining centers and premium measurement tools to satisfy the strict requirements of international projects.
We utilize the TIPAS H65TMY high-speed multi-axis system for single-setup processes, reducing part handling errors and ensuring concentricity.
Our manufacturing sequence integrates simulation, robotic shell building, thermal control, and precision finishing. We handle everything from the initial design phase through final surface treatments under one roof, keeping production efficient and reliable.
Our products are engineered to perform under demanding conditions across international industrial sectors.
We manufacture safety-critical detection components: flame sensors, toxic gas detectors, explosion-proof housings, and robust underground hydrant pit box enclosure kits designed to handle high pressures and harsh environments.
Components must balance high strength with low weight. We supply turbine inlet housings, transmission housings, aviation fuel pit assemblies, and structural hinge bracket assemblies made of heat-treated stainless steel and aluminum.
We support the automotive industry with structural engine and transmission components, and lightweight E-bike parts: precision structural connectors, structural frame tubes, brake levers, and motor casings.
We cast and machine food-safe alloys for commercial kitchen products, including structural elements for whipped cream dispensers and tabletop stove assemblies that comply with international sanitation regulations.
Engineering details of projects manufactured inside our facility.
High-durability aluminum structural components built using our hot forging and multi-axis CNC milling machines.
Components designed with tight geometric tolerances to withstand constant rotational stress in power transmission systems.
High-integrity aviation refueling pit box kits, including heavy hinge brackets and corrosion-resistant turbine inlets.
High-impact components manufactured from Q345B carbon steel and 42CrMo/NM400 alloys for heavy-duty timber shredding equipment.
A philosophy focused on engineering integrity, professional accountability, and long-term customer partnerships.
Building relationships based on reliability and transparency. We aim to protect customer IP and exceed technical specifications on every order.
Applying thorough quality control at every stage, from checking incoming chemistry to ensuring robust packaging for export transit.
Supporting continuous professional growth, updating equipment regularly, and keeping our shopfloor practices modern.
Every melt, pour, forged shape, and machined feature is measured and recorded in our quality management system.
To ensure consistent quality, our facility operates under certified ISO 9001:2015 (Quality Management) and SA8000 (Social Accountability) frameworks. We control product quality from the start by testing all incoming raw metal materials.
Our quality control program operates across three stages:
From initial design engineering to final logistical delivery.
Customers provide 2D/3D engineering drawings along with material and surface specifications. Our engineering team conducts a thorough review, establishing manufacturing feasibility and addressing potential issues early.
Our engineering team creates custom injection molds for wax patterns. We then produce initial samples, verify their dimensions, compile testing records, and send them to the customer for evaluation.
The customer performs mechanical, physical, and assembly tests on the samples. Once approved, we move the project into the mass production queue.
We initiate scheduled production: producing wax patterns, building ceramic shells, pouring molten metal, cleaning, and performing CNC machining and surface treatments under our strict QC procedures.
Finished components are packed using moisture-resistant materials designed for export transit. We offer a one-year warranty on workmanship and materials starting from the delivery note date.
Our core casting, forging, and quality control systems are designed for high precision.
Common questions regarding our OEM casting, forging, and secondary machining processes.
Pricing is calculated individually for each project based on material selection, part geometry, required tooling, processing steps, surface finishing, and purchase volume. We provide detailed quotations following a review of the customer's engineering drawings.
Yes, we require ongoing minimum order quantities for international projects to balance production setup times and tooling costs. MOQ details are established based on part dimensions and manufacturing processes.
We provide complete documentation packages, including raw material certificates (verifying chemical and mechanical properties), dimensional inspection reports (CMM), certificates of conformance, origin certificates, and standard export documentation.
Initial sample lead times generally range around 7 days. For mass production orders, the standard lead time is 20 to 30 days following deposit receipt and final sample approval. We work with clients to coordinate delivery dates.
We accept bank wire transfers (T/T) and international payment routes. Our standard payment terms are a 30% deposit in advance, with the remaining 70% balance paid against the copy of the Bill of Lading (B/L).
We provide a one-year warranty on material quality and workmanship, starting from the delivery note date. We address and resolve any manufacturing issues to the client's satisfaction.
Yes, we use moisture-resistant, export-grade packaging designed to protect parts during international transit. We can also provide custom packaging solutions based on customer specifications.
Shipping rates are determined by weight, volume, delivery destination, and selected shipping method. Air freight and express shipping offer fast transit times for samples, while sea freight is typically used for high-volume orders.
Precision custom progressive metal sheet stamping and deep drawn solutions.
Explore OEM Line →
Advanced multi-axis CNC milling, turning, and micro-machining tolerances.
Explore OEM Line →
High-integrity mechanical forging processes for complex aluminum alloys.
Explore OEM Line →
Aerospace & industrial grade investment casted parts in steel & alloys.
Explore OEM Line →
High volume, lightweight aluminum component manufacturing and finishing.
Explore OEM Line →
Advanced wax mold design for intricate geometries and strict metallurgical tolerances.
Explore OEM Line →
Superior tensile strength components engineered to replace fabricated parts.
Explore OEM Line →
Strict tolerances using state-of-the-art Japanese-made machining centers.
Explore OEM Line →
XinYe Metal
