Discover our core custom components engineered to international standards.
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has evolved into an owner-managed SME corporation recognized globally for its metalworking engineering capabilities. Located strategically within the Ningbo Jiangbei Industrial Zone, our facility is within a 3-hour transit from Shanghai International Airport via the high-speed rail network, offering convenient access for global supply chain inspections.
Our operations span over a total area of 16,000 square meters of active production floor, with an additional 11,000 square meters designated for ongoing construction and infrastructure expansion. Our workforce comprises 130 employees, structured with 80 dedicated production technicians and 50 professionals specializing in research & product development, engineering, advanced quality control, and management.
With more than 20 technical patent certificates under our belt, our commitment is centered on supplying high-precision components utilizing raw materials that comply with the strictest regulatory standards. We service advanced markets in Europe, North America, and Russia across critical industrial application sectors.
We offer cross-functional processing capabilities to achieve precision component outcomes.
Equipped with Japanese imported multi-axis CNC centers (featuring 4-axis simultaneous control), CNC turning, and precision milling machines. We maintain tolerances down to 0.001mm to support complex component features.
Utilizing friction presses with forces from 300 to 1,000 tons. Aluminum hot forging alters the grain structure of the material, refining tensile strength and mechanical integrity for high-stress applications.
Operating stamping presses ranging from 5 to 250 tons, alongside hydraulic columns up to 630 tons. Processing structural components in steel, aluminum alloy, copper, and specialized plastics.
Wax die investment casting produces near-net-shape components in premium stainless steel grades. This process minimizes post-machining while delivering structural stability.
In-house anodizing lines and electrochemical polishing (E-polishing) provide protective barrier coatings. These treatments enhance corrosion resistance and surface hardness for demanding environments.
Tour our manufacturing workshops, tooling processes, and automated machinery setups.
Industrial infrastructure designed to maintain structural accuracy under constant loads.
Friction Press Station
Heavy Hydraulic Forming
CNC Turning & Milling Bay
High Precision Tooling Setup
Multi-axis Machining Center
Raw Material Pressing Section
Automated Anodizing Line
Product Quality Inspection Yard
Technical analysis on market requirements, alloy properties, and sustainable processing methods.
The global metal forging and stamping markets are undergoing structural shifts driven by fuel efficiency mandates, aerospace engineering changes, and industrial automation demands. Lightweighting is key; replacing cast steel and iron components with high-strength forged aluminum alloys has become standard practice in the automotive and e-mobility sectors.
Forged aluminum parts like structural suspension joints, transmission levers, and electric powertrain mounts provide excellent strength-to-weight ratios. The forging process realigns the metallic grain structure along the geometric lines of the part, ensuring durability and fatigue resistance. Similarly, precision stamping and deep drawing processes enable thin-walled, structural geometries that maintain dimensional stability, allowing systems designers to reduce component weights without compromising safety margins.
Industrial procurement departments manage complex operational risks: raw material cost fluctuations, global logistical bottlenecks, supply chain security, and strict quality compliance standards. Today's procurement relies heavily on suppliers who offer complete, single-source services. This means partners who can handle everything from in-house design assistance (DFM) and raw material purchasing to multi-axis secondary machining, surface finishing, and assembly.
Single-source manufacturing reduces lead times, cuts logistical costs, and simplifies quality management. At XinYe, we mitigate supply chain volatility through strong raw material relationships, buffer stock systems, and structural adaptability (our facility can scale up to 24/7 continuous operations within 30 days when required).
Modern component sourcing requires documented environmental and social compliance. Leading buyers require partners to be certified to ISO 9001:2015 quality standards and the SA8000 social accountability framework. XinYe holds both credentials, ensuring clean working conditions, fair labor practices, and transparent production management.
Material traceability is crucial; using GNR Spectrum Analyzers, we verify the chemical composition of incoming raw material lots (aluminum, steel, copper, and alloys) to confirm they match design guidelines. This approach helps prevent material failures in field applications like gas detection equipment, mine safety monitors, or high-pressure valves.
Our systematic process ensures quality and efficiency from order placement to final delivery.
We analyze client engineering drawings, clarify tolerances, and run mold flow simulations.
Tooling design, raw material testing, and sample production, accompanied by full dimension inspection reports.
The client reviews the prototype, allowing us to align on tolerances before mass production.
We initiate run-time machining and automated forging with mid-process quality check-gates.
Final QA evaluation, custom export packaging, and logistical routing to global destinations.
Quality is the foundation of our work. Our factory operates under a strict traceability system where every component lot can be traced back to its raw material heat batch. Our internal quality assurance department utilizes high-precision measurement and testing facilities to verify dimensional and material specifications:
This systematic quality control allows us to match the tight tolerances required by industries like aerospace and medical devices.
XinYe operates under certified management frameworks to meet international quality, safety, and labor standards. We hold the following active credentials:
Examples of our custom components in high-stress, regulated industrial applications.
We produce flame sensor housings, toxic gas detector enclosures, and hydrant pit boxes for oil & gas and mining environments. Materials used: stainless steel and copper alloys.
We manufacture aviation fuel hydrant pit boxes, hinge brackets, turbine inlet components, and transmission parts. Built with strict tolerance control to withstand high vibration.
We supply high-strength forged aluminum components, connector tubes, brake levers, and gearbox parts. Our focus is on weight reduction and fatigue resistance.
We manufacture heavy-duty wood chipper cutter discs and feed rollers. We use impact-resistant alloys like Q345B, 42CrMo, and NM400 wear-resistant steel for the shafts.
XinYe provides technical support from our facility in Ningbo directly to client engineering offices in North America, Europe, and Asia. Our services include:
We assist in optimizing part geometry, selecting materials, and specifying surface treatments to lower manufacturing costs while maintaining component performance.
Our development staff handles mechanical engineering, metal forming analysis, and custom tooling design in-house, reducing pre-production lead times.
A dedicated assembly workshop allows us to combine forged, stamped, and machined parts into completed, functional sub-assemblies before packaging and delivery.
Our strategic plans for manufacturing automation, digital tracking, and energy efficiency.
We are expanding the integration of robotic load-arms across our high-tonnage friction presses and multi-axis CNC machines to improve cycle-time consistency and worker safety.
We are transitioning to an integrated manufacturing execution system (MES). This system tracks raw material heat codes, machining parameters, and QC records in a digital format for easy traceability.
We are investing in energy-efficient heating ovens for our hot forging line to reduce carbon emissions, helping us align with the ESG supply chain requirements of our international partners.
Answers to common queries regarding lead times, material verification, payment terms, and technical certifications.
Select custom metal components engineered to precise drawing tolerances.
XinYe Metal
