Explore our core manufacturing pipelines. We customize tooling and run precision processing according to strict international designs.
High-precision investment casting providing near-net shape components with excellent surface finishes.
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Precision turning and milling utilizing state-of-the-art Japanese CNC machining centers for tight tolerances.
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Premium hot forging of aerospace and automotive-grade aluminum alloys to achieve maximum structural integrity.
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Specialized sheet metal stampings and deep-drawn structures engineered for durability and heavy industrial usage.
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High-speed pressure casting for lightweight and intricate aluminum parts designed for heat dissipation and structural stability.
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Heavy duty friction press hot forging designed for complex alloy matrices and structural load-bearing performance.
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Post-forging high speed CNC treatment. Tolerances controlled up to 0.001mm through dedicated multi-axis processing centers.
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Precision stamping dies engineered in-house to produce tight-clearance geometries for complex enclosure assembly.
Learn MoreNingbo Jiangbei XinYe Metal Works Co., Ltd. was founded in 1996 as a family business and remains an owner-managed SME corporation today. Operating within the well-established Ningbo Jiangbei Industrial Zone, our facility enjoys rapid, high-speed rail access reaching Shanghai International Airport within 3 hours.
Our expansive complex includes a 16,000 square meter production floor and 11,000 square meters of ongoing engineering construction. We employ 130 dedicated personnel, of whom 80 are skilled production staff and 50 specialize in product development, engineering, quality assurance, and global supply management.
Equipped with heavy forging lines, multi-axis CNC clusters, and professional surface treatment capabilities to execute complex project drawings.
We utilize closed-die hot forging methods for advanced aluminum components. This refines the grain flow structure of raw billets, creating parts with high tensile strength and structural safety parameters.
Post-forging dimensions require absolute accuracy. Our production plant features Japanese-imported machining platforms capable of processing raw parts to precise drawing tolerances.
For designs with intricate inner cavities and thin-wall geometry, we run specialized investment casting. Our lines consistently output components in structural stainless steel and heat-resistant alloys.
Handling progressive metal forming for steel, alloy, copper, and specialized engineering plastics. Suitable for high-speed stamping and deep-drawn product runs.
Complete in-house surface protection workflows including hard anodizing, chemical passivation, and electro-polishing to achieve strict corrosion resistance metrics.
How Ningbo XinYe utilizes technological systems and capacity scaling to buffer global logistics constraints.
Modern forging factories must offer more than raw manufacturing power; they must establish resilient supply networks. At Ningbo XinYe, we run an optimized 16-hour default production schedule across 6 days a week. To accommodate surging customer demand, our operations can scale to 24/7 continuous shift mode within 30 days.
Additionally, we maintain adjacent expansion land. This layout allows us to dynamically install dedicated machinery lines for long-term OEM contracts. Our proximity to the Port of Ningbo, one of the world's busiest container hubs, guarantees that finished components are shipped swiftly and cost-effectively, reducing overseas transit latency.
By integrating CAD/CAM pathways, CNC programming loops, and raw material safety stock management, we buffer clients against volatile supply line shifts.
Pioneering tomorrow's smart manufacturing methodologies for extended tooling life cycles and structural accuracy.
Integrating premium tool steels (H13, H11, and modified hot-work steels) with specialized vacuum heat treatment. This increases thermal fatigue limits and minimizes thermal cracking during continuous hot runs.
Applying finite element analysis (FEA) software to forecast material flow, thermal distribution, and stress concentration zones. This process optimizes die geometries prior to physical cutting, reducing raw material waste.
Applying Physical Vapor Deposition (PVD) coatings, plasma nitriding, and hard-chrome plating. These treatments enhance die surface hardness, reduce friction coefficients, and maximize tool life.
Providing specialized metal components tailored for critical performance parameters across global market sectors.
We supply parts for critical environments, including oil & gas and mining industries. Featured components: fire detectors, flame sensors, explosive/toxic gas sensor housings, and hydrant pit box enclosure kits.
Our plant manufactures high-stress structural parts including turbine inlets, transmission system housings, and specialty hinge brackets designed to perform under high pressure.
Lightweight aluminum components for high-efficiency drivetrains. These include transmission components and structural E-bike elements (connectors, frame tubes, levers).
We manufacture parts out of food-safe alloys, complying with international safety standards. Typical fabrications include cream whipper heads, tabletop cooking stove components, and fluid valves.
Ensuring metallurgical integrity and dimensional precision at every stage of the manufacturing workflow.
At Xinye, quality is the core of our business. Assisted by our international clients, we have established a strict quality control system. Every batch of raw materials is inspected before processing, and we maintain complete trace files for every production step.
We are certified to ISO 9001:2015 and SA8000 standards. To support these quality metrics, our internal testing facility is equipped with advanced measurement systems to check chemical compositions, tensile strengths, surface finishes, and three-dimensional spatial tolerances.
Used to verify the chemical makeup of incoming raw metals, ensuring that all alloys align with international standards.
Executes automated 3D dimensional inspections, measuring complex shapes to ensure alignment with design specifications.
Utilizes high-resolution cameras and optical processing to measure micro-dimensions and outer contours without physical contact.
An optical metrology line dedicated to inspecting small components at high production rates.
Measures micro-variations on polished surfaces, validating conformance to post-anodizing and electro-polishing specs.
Evaluates mechanical properties, including yield strength and compression limits, under high stress loads.
From initial drawing confirmation to final quality check and global delivery, our structured system keeps projects moving efficiently.
During the onboarding phase, customers share technical blueprints, step files, and specification sheets. We align on tolerances, material formulations, heat treatment requirements, target delivery windows, and pricing.
Our engineering team designs the custom forging or stamping dies. Once the tooling is prepared, we manufacture a test batch of samples using production-grade raw materials. We run a complete inspection and generate a FAI (First Article Inspection) report.
Samples are dispatched to the client alongside full-dimension reports and material analysis certs. We proceed with bulk production only after receiving explicit technical approval from the customer's engineering group.
With approved samples, we release the production schedule. Raw components are forged or cast, processed in our CNC milling centers, heat-treated, and surface-finished. We conduct in-process quality inspections at each workstation.
Our packaging is designed to prevent damage during ocean transit. We also offer cleanroom assembly services in a dedicated workshop. All products are backed by our standard one-year warranty against manufacturing defects.
High precision multi-axis CNC machines configured to mill complex casting geometries and forging outlines.
Our machining department runs high-efficiency CNC turning complexes designed for tough materials like stainless steel, tool steel, titanium, and aerospace aluminum alloys. These machines combine milling and turning functions in one setup, reducing handling errors and improving positional accuracy.
Watch the TIPAS CNC center machining high-complexity components.
Reviewing completed custom engineering projects across heavy industry, aerospace, and energy sectors.
Precision aluminum components for heavy machinery, produced using our hot forging technology.
Material: Stainless Steel, Aluminum Alloy
High-strength suspension elements and mounting brackets requiring structural integrity and tight tolerances.
Material: Stainless Steel, Aluminum Alloy
Featured parts: Aviation Fuel Hydrant Pit Box, hinge brackets, and turbine inlet components.
Material: Stainless Steel, Aluminum Alloy
Heavy-duty wood chipper cutter discs and feed rollers engineered for high impact and wear resistance.
Material: Q345B, 42CrMo, NM400 for shaft
We leverage three-dimensional modeling to verify complex internal geometries and mold draft angles before manufacturing.
Streamlining overseas procurement loops through clear certification pathways and customs document management.
Industrial OEM metal buying teams require compliant export documentation. We supply complete verification packages, including Certificates of Analysis (COA), material traceability sheets, certificates of conformance, export insurance documentation, and official Certificates of Origin.
Our project managers assist international clients with customs clearance. We work with leading shipping partners to optimize sea transport routes from Ningbo Port, reducing delivery overheads and customs delay risks.
We offer flexible commercial terms, accepting wire transfers, Western Union, and PayPal, with a standard deposit structure of 30% advance and 70% balanced against the B/L copy.
Aligning engineering expertise with corporate values to deliver reliable manufacturing services.
Our 130 employees are the foundation of our success. The team includes 80 production specialists and 50 personnel focused on design, engineering, QA, and project management. We also maintain over 20 utility patents in China, reflecting our commitment to process innovation.
"We approach design carefully and in detail, providing complete solutions based on our customers' technical and business requirements."
"Building long-term business partnerships by delivering reliable components that meet or exceed customer expectations."
"We monitor each process step to ensure full traceability and high product quality."
"Continuous improvement in our manufacturing methods, tooling design, and machinery capabilities."
Answers to common questions about our metal fabrication, tool development, and shipping logistics.
Select a category below to contact our engineering team and submit your design requirements.
Intricate casting configurations for high-strength industrial structures.
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Milled and turned components with close-tolerance dimensions.
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Forged alloy parts designed for structural durability and reliability.
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Formed sheet metal parts designed for structural enclosures and brackets.
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Precision cast aluminum parts for thermal management and housings.
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Complex metal castings with high-durability surface finishes.
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Heavy-duty forged components designed to handle high mechanical stress.
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Precisely engineered metal components machined on Japanese equipment platforms.
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XinYe Metal