Ningbo Jiangbei XinYe Metal Works Co., Ltd. was founded in 1996 as a family enterprise. Over more than two and a half decades of sustainable expansion, we have evolved into an owner-managed SME corporation recognized globally for engineering excellence. Strategically located within the Ningbo Jiangbei Industrial Zone, our facility is highly accessible, situated within a 3-hour commute from Shanghai Pudong International Airport via China's high-speed rail network.
Our production ecosystem covers a total physical footprint of 16,000 square meters of production floor, reinforced by an additional 11,000 square meters of dedicated construction area designed to facilitate rapid scaling. We employ a skilled team of 130 professionals, which includes 80 highly trained shop floor operators and 50 dedicated engineers specializing in product design, structural metallurgy, quality management, and technical documentation compliance.
Through our comprehensive production processes, we deliver structural integrity, tight dimensional tolerances, and high finish quality. Global procurement teams select XinYe not only for our manufacturing capacity but for our ability to act as a co-development partner, offering optimization from design concept to final mass assembly.
Year Established
Production Footprint
Expert Employees
Technical Patents
A comprehensive overview of our metallurgical capabilities and precision engineering expertise.
Multi-axis CNC milling, turning, and machining centers delivering tight tolerances. We process challenging geometries in aluminum alloys, stainless steel, structural carbon steels, and specialized copper parts.
High-force forging configurations designed to refine grain structure and enhance mechanical performance. Specifically optimized for components subject to fatigue and load bearing.
Precision investment casting (lost wax) for complex, near-net-shape components in stainless steel and carbon steel alloys, reducing post-processing time and material waste.
High-speed press operations and precision drawing for steel, alloy, copper, and engineering plastics. Supports high-volume structural bracketry and thin-walled enclosures.
Integrated post-processing including chemical anodizing, electrolytic polishing (E-polish), passivation, and custom powder coatings to optimize corrosion and wear resistance.
Our manufacturing model leverages China Factory 4.0 integration, combining process automation, real-time tool tracking, and digital production management. By linking press variables, CNC machining path data, and coordinate-measuring inspection reports, we build a traceability thread for every shipment.
Logistical Advantage: Based in the Ningbo industrial corridor, we are connected to the Port of Ningbo-Zhoushan, one of the world's highest-tonnage ocean gateways. For air-freight requirements, our proximity to Shanghai International Airport ensures seamless logistics to global destinations.
Capacity Scaling: We operate on a standard schedule of 16 hours per day, 6 days a week. However, to accommodate rapid demand spikes or urgent program launches, we are structured to scale to 24/7 continuous operation within 30 days. This scalability protects our OEM partners from supply-chain interruptions.
Our capital investments in Japanese and European heavy machinery ensure stable repeatability.
Providing precision components designed to meet strict regulatory and operating requirements across major global sectors.
Fire and gas safety detection kits for mining and petrochemical zones. Production of explosion-proof toxic gas sensor housings and fire hydrant pit assemblies.
High-strength turbine inlets, transmission housings, aviation fuel pit enclosures, and brackets requiring structural integrity under thermal stress.
High-load transmission parts, structural powertrain links, and specialized electric bike hardware including connectors, tubes, and levers.
Sanitary grade stainless steel and aluminum designs, including culinary gas whipping canisters and components for commercial tabletop cooking systems.
Holding ISO 9001:2015 and SA8000 credentials, our quality division maintains consistency from raw material testing to final inspection.
Used for incoming material chemistry verification, preventing material mix-ups.
Three-dimensional coordinate checking for complex mechanical shapes.
High-resolution optical checks for non-contact profile measurements.
Quantifying surface finishing quality to meet design limits.
Tactile contact assessment for micro-finish inspection.
Validating mechanical response under compression and tension.
Raw Material Auditing: Every batch of incoming steel, copper, or aluminum undergoes optical spectrometry testing to verify alloy compositions. Chemical certifications and physical test coupons are registered and archived.
In-Process Control (SPC): Shop floor operators perform physical checks at scheduled intervals. Automated statistical monitoring flags process deviations before parts move to final machining stages.
Final Dimensional Verification: Finished products are verified via CMM programs. High-resolution optical video systems measure critical external dimensions on high-precision parts.
Full Traceability Documentation: Every shipment is backed by material conformances, structural dimension reports, and treatment certifications.
Real-world examples of our structural metal parts for global customers.
Precision forged aluminum components for heavy industrial equipment, designed to handle dynamic loading.
Material: Stainless Steel, Aluminum Alloy View Details →
Critical transmission system parts engineered with tight dimensional tolerances for quiet operation and long wear life.
Material: Structural Carbon Steel, Alloy Steel View Details →
Aviation Fuel Hydrant Pit Box, Hinge Bracket, and structural inlet components with high resistance to environmental corrosion.
Material: Grade-Grade Aluminum, High-Alloy Steel View Details →
Heavy duty crushing machinery discs and feed rollers designed to endure repeated high torque loading.
Material: Q345B, 42CrMo, NM400 Wear Plates View Details →Our commitment to advancing metallurgy, manufacturing efficiency, and environmental sustainability.
Developing forging tooling that reduces raw billet sizes, minimizes post-machining operations, and cuts energy consumption per part.
Partnering with metallurgical institutions to evaluate the structural potential of high-entropy alloys for extreme sub-zero aerospace and chemical environments.
Integrating energy-monitoring telemetry and solar setups at our Ningbo site, aligning our processes with global ESG requirements.
Our global operations are structured to support procurement teams across North America, Europe, and the Asia-Pacific region. As an ISO 9001:2015 and SA8000 registered manufacturer, we maintain workplace health, safety, and operational standards that align with Western supplier audits.
Export Compliance: We prepare and manage all required documentation for international shipments, including custom export paperwork, Certificates of Conformity (CoC), material heat trace sheets, and international origin certificates.
Logistical Support: Through partnerships with global freight forwards, we offer flexible shipping arrangements, including FOB Ningbo, CIF destination ports, and DDP delivery options directly to your warehouse.
A step-by-step overview of our engineering process, from initial design review to mass production and logistics.
Our engineering team analyzes your drawings, material specifications, and tolerance limits. We run simulations to identify potential stress points and recommend changes to lower forging tool costs and optimize machining time.
We design and machine custom forging dies or stamping tools in-house. A test run is performed to verify tool dimensions, and initial samples are sent to the client alongside full dimension and material test reports.
We review customer feedback on initial samples. Once approved, the manufacturing setup is documented in our ERP system, defining machine variables and testing requirements for bulk production.
Forging presses, CNC cells, and finishing stations are configured for the production run. Quality control checkpoints are established throughout the line, and physical parts are verified using spectral, visual, and coordinate measurement tools.
For multi-component orders, we handle assembly work in our dedicated workshop. Completed parts are packed in seaworthy export-grade crates to protect them during transit. All shipments include traceable testing documentation.
Our workforce of 130 employees is the core of our business. With 80 technicians handling production and 50 specialists managing product development, engineering, and quality, we maintain a collaborative operational model.
Trust: We prioritize clear communication and commitment to our partners' project specifications.
Responsibility: We manage every stage of production with care, offering support from material sourcing to final delivery.
Professionalism: We focus on technical accuracy and continuous improvement in our production engineering.
Clear answers to common questions about our metal fabrication, lead times, quality processes, and logistics.
XinYe Metal
