High-precision casted, forged, and machined industrial components built to international engineering standards.
Founded in 1996 as an owner-managed family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a leading Chinese small-to-medium enterprise (SME) specializing in advanced metal fabrication. Strategically located in the Ningbo Jiangbei Industrial Zone, our facility is within a convenient 3-hour journey from Shanghai International Airport via China's high-speed train network.
Over the past decades, we have committed ourselves to engineering innovation, investment casting advancements, and comprehensive metal-working services. Our facility spans a total of 16,000 square meters of high-tech production floor, with 11,000 square meters dedicated to construction and assembly lines. We employ a skilled team of 130 professionals, including 80 dedicated production operators and 50 experts in R&D, engineering, and quality control.
How our integrated metal engineering answers the complex requirements of modern high-tech sectors.
In the modern manufacturing landscape, industrial buyers require more than raw manufacturing capabilities; they require compliance, logistical competence, and deep technical communication. Ningbo Jiangbei XinYe Metal Works Co., Ltd. bridges the gap between Asian production efficiency and Western engineering protocols. Our team serves major accounts throughout Europe, North America, and Russia, tailoring production to match national safety and ecological regulations.
We supply the health care industry, food processing equipment providers, and international aerospace components houses, where surface treatments and metallurgical reliability must remain absolute. By adopting ISO 9001-2015 and SA8000 compliance frameworks, we offer a verified platform that satisfies demanding audits from institutional buyers.
Equipped with Japanese tooling, specialized machining centers, and comprehensive finishing services.
Multi-axis high-speed CNC turning, milling, and routing systems achieving dimensional tolerances down to 0.001mm.
High-capacity hot forging of aluminum alloys to optimize grain flow structure, maximizing strength-to-weight ratios.
Stainless steel and alloy steel investment casting using advanced wax die equipment for net-shape component creation.
Stamping, deep drawing, and profile extrusions of steel, alloy, copper, and specialized engineering plastics.
Anodizing, electrochemical polishing, electroplating, and painting matching various food-grade or marine resistance standards.
Transparent stages from initial design submission to container loading and global logistics.
OEM custom sample requests, structural drawing communication, and price validation.
Engineering analysis, tool design, trial fabrication, and initial geometry testing.
Customer approval of sample parameters, physical testing reports, and certifications.
Scheduled mass manufacturing, in-process quality gates, and customized packaging.
One-year manufacturing defect warranty and dedicated product assembly support.
2.1 Drawing confirmation: Customer provides detailed engineering drawings. Our engineering team reviews all tolerances, geometry, and mechanical demands.
2.2 Cost calculation: Comprehensive computation of material cost, processing cycles, tooling fees, surface finishing, and packaging options.
2.3 Sample preparation: Sourcing compliant raw materials with chemical tracer tracking. Fabricating test components under production conditions.
2.4 Samples inspection: Generating complete dimensional test reports, GNR spectrometer analysis certificates, and courier dispatch.
4.1 Mass Production: Task deployment based on production schedules, assigning specialized machine tools, maintaining physical material trace numbers, and setting multi-stage quality gates.
4.2 Packaging & Logistics: Tailored boxing/crating using high-strength export packaging to prevent marine humidity and physical damage. Generating delivery documentation, custom declaration logs, and packing lists.
Take a virtual tour of our factory machinery, manual assembly processes, and robotic processing lines.
An in-depth look at our 16,000 square meter factory layout, showing stamping, assembly, CNC systems, and metal forming machinery in operation.
Precision multi-axis lathe system showcasing rapid tool changes and complex micro-machining of automotive and aerospace alloys.
High-capacity equipment imports from Japan and custom domestic heavy forming machinery.
High-press-force hardware optimized for complex configurations and structural density.
Advanced high-speed cutting units ensuring zero error across complex coordinates.
Advanced checking gear verifying surface parameters, dimensions, and mechanical specs.
“Quality is life.” A comprehensive testing infrastructure ensuring total performance compliance.
Analyzes incoming alloys to verify chemical makeup and structure before casting or forging begins.
Enables computerized coordinate measurement mapping for intricate profiles, ensuring tolerances to 0.001mm.
Non-contact optical inspection system verifying dimensions of micro-components and safety parts.
Alternative optical verification setups for fast and repeatable testing of production batches.
Measures microscopic deviations on anodized, electropolished, and painted surfaces.
Applies mechanical pressure to measure resistance and fatigue limits of structural configurations.
We believe in building quality into every stage of production, rather than simply checking components at the end of the line. Our certified ISO 9001:2015 protocol enforces control over incoming raw materials, checking chemistry, hardness, and internal structures before they are machined, cast, or forged.
Traceable data files are maintained for all international orders, providing buyers with detailed mechanical testing documentation and material origin certificates.
From raw billets to fully finished, packaged product configurations.
Sheet metal components and high-depth enclosures.
Complex structural castings in stainless steel and alloys.
High-volume components with thin walls and accurate geometry.
High-strength parts with optimal grain structures.
Our services are tailored for businesses requiring a full range of manufacturing steps, primarily involving design consultation, forging, stamping, deep drawing, surface finishing, and assembly. This integrated approach ensures consistent quality, saves transit time, and lowers processing costs.
Real-world examples of our manufactured parts and assemblies across various industries.
High-strength brackets and components designed for manufacturing systems and automated tooling.
Forged structural parts and custom brackets designed to meet strict weight and crash-test requirements.
Aviation fuel hydrant pit boxes, hinge brackets, transmission gears, and turbine inlet components.
High-durability wood chipper cutting discs and feed rollers built to withstand intense impact forces.
Xinye currently maintains a team of 130 professionals. Our operational workforce consists of 80 production staff, while our supporting and engineering divisions include 50 specialists in product development, engineering, and quality control. This staffing structure allows us to dedicate ample time and attention to engineering reviews and client communication.
Trust: We prioritize meeting and exceeding client expectations through honest communication and reliable timelines.
Responsibility: We approach each design step carefully, providing complete, optimized solutions for our clients' needs.
Professionalism: We bring dedication, technical focus, and a continuous-improvement mindset to every project we undertake.
How we are adapting our processes for energy efficiency and automated manufacturing.
Our standard manufacturing shift runs 16 hours a day, 6 days a week. When production demand spikes, we can transition our entire shop floor into 24/7 continuous operation within 30 days. Our facility design allows for straightforward expansion, and adjacent land is available for future expansion as our production volume grows.
We are actively integrating robotic arms into our hot forging and die-casting lines to improve tool change efficiency and maintain stable temperatures. By automating casting slag removal and using computerized monitoring on our heating systems, we reduce energy consumption and improve consistency across long production runs.
Our sustainability initiatives also focus on material recycling. We collect and process manufacturing offcuts and metal shavings to minimize raw material waste, helping us keep production costs stable amidst fluctuating global market prices.
Common questions regarding pricing, lead times, warranties, and international logistics.
Select a product category below to review mechanical specifications, materials, and engineering options.
XinYe Metal