Explore our state-of-the-art production components spanning stampings, castings, forgings, and CNC components.
Metal stamping is a foundational production framework supporting modern manufacturing. As industries require tighter tolerances and lighter materials, production stampings have evolved from basic mechanical press lines into integrated, digital, and automated ecosystems. Historically, companies selected stampings suppliers based on unit cost. Today's global procurement specialists assess suppliers based on overall value, risk management, and design assistance.
The global transition to electric vehicles (EVs), next-generation aerospace systems, and localized green energy technologies has changed sourcing standards. Sourcing teams look for facilities capable of processing specialty alloys, titanium, high-strength low-alloy (HSLA) steel, and complex grade aluminum. This requires advanced progressive die systems, multi-axis deep drawing machinery, and in-line quality controls to ensure component consistency.
Ningbo's manufacturing hub is well-suited for high-precision metal fabrication. Ningbo Jiangbei XinYe Metal Works Co., Ltd. sits within this industrial ecosystem. Our location offers access to raw materials, rapid prototyping, and shipping networks. From our facility in the Ningbo Jiangbei Industrial Zone, we can access the Shanghai International Airport high-speed rail network within 3 hours, enabling efficient client communication, project onboarding, and logistics.
This region features an integrated supply chain. Raw materials from local steel and aluminum mills are delivered directly to our factory floor. Our internal tooling capabilities, surface treatment resources, and nearby shipping ports mean projects move smoothly from raw material processing to final delivery without cross-border transit delays.
Established in 1996 as a family-owned metal fabrication shop, Ningbo Jiangbei XinYe Metal Works has grown into a structured SME corporation. Operating from a 16,000-square-meter production floor with an additional 11,000 square meters of facilities under construction, we support global industries with precision stampings, castings, forgings, and CNC machining.
Our workforce of 130 employees includes 80 production specialists and 50 dedicated personnel in research, product development, design-for-manufacturing (DFM) engineering, quality assurance, and management. This technical density enables us to handle projects from early-stage design optimization to high-volume manufacturing.
We operate specialized tooling, pressing, forging, and machining systems imported from Japan and Europe to achieve consistent output quality.
Equipped with pressing force capacities ranging from 300 Tons to 1,000 Tons, designed for forging and heavy-duty stamping operations.
Column hydraulic systems operating at 100 Tons to 630 Tons of controlled force to perform complex metal deformations and deep drawing.
Punching press systems ranging from 5 Tons to 250 Tons for rapid progressive die stamping, cutting, and high-frequency punching.
Multi-axis CNC turning and milling centers equipped with 4-axis control nodes, delivering tolerances down to 0.001mm.
In-house professional surface finish applications including chemical Anodizing, Electro-polishing (E-polish), passivation, and plating.
Engineering services utilizing CAD/CAM modeling tools to design customized dies, molds, and testing fixtures.
Tour our production floor, CNC centers, and automated progressive stamping assemblies virtually.
Our manufacturing capabilities support critical supply chains globally. We operate a 6-day, 16-hour production schedule as standard, and can transition to 24/7 continuous operations within 30 days to meet surge demands.
By managing the entire production process—from tooling design and material testing to mechanical stamping, precision machining, finishing, and final assembly—we help clients optimize logistics and reduce vendor communication complexity.
Our manufactured components are designed to meet regulatory specifications across key markets.
Explosion-proof enclosures, fire and toxic gas detection systems, hydrant pit box components, and flame sensors designed for high-stress industrial environments.
Transmission components, high-torque E-bike parts, structural brackets, brake levers, and precision copper stamping connectors.
High-integrity engine brackets, structural hinges, fuel transfer system components, and turbine inlet parts built to aerospace-grade tolerances.
Alloy whipping siphon components, pressure vessels, table-top cooking stove assemblies, and sanitary-grade stainless steel parts.
Review case studies demonstrating our custom tooling capabilities and precision metal fabrication work.
Material: Stainless Steel, Aluminum Alloy
Forged structural supports designed for heavy machinery operations.
Material: Aluminum Alloys (6000 & 7000 Series)
High-stress transmission components with strict dimensional tolerances.
Material: Specialty Corrosion-Resistant Alloys
Aviation Fuel Hydrant Pit Box systems built for airport ground fueling arrays.
Material: High-Yield Steel (Q345B, 42CrMo, NM400)
High-wear cutter discs and feed roller assemblies designed for industrial chipping equipment.
Our CNC turning centers utilize precision positioning systems. Watch how the h65TMY performs multi-axis lathe operations on complex profiles.
We maintain ISO 9001-2015 and SA8000 certifications, using traceable inspections from raw material receipt through final release.
To support high-precision projects, we utilize in-house material testing and inspection equipment. This includes optical measurement stations, spectrometry, and mechanical fatigue test rigs.
Verifies batch chemical composition of incoming alloys before production starts.
Delivers 3D coordinate coordinate measurements to verify complex spatial tolerances.
Automated optical coordinate checks for stamping runs.
Verifies micro-edge profiles and hole positions at high speed.
Measures Ra roughness values to confirm compliance with surface specs.
Tests yield strength, elastic deformation limit, and break points.
We follow a structured 5-step process to ensure design alignment, quality control, and schedule adherence.
DFM and drawing optimization: clients upload engineering data files (STEP, IGES, DWG) for technical feasibility review by our engineering staff.
We build customized progressive dies or castings mold sets, configure process schedules, run initial test stampings, and perform material checks.
Samples are dispatched along with inspection logs, GNR spectrometer data sheets, and CMM dimension checklists. We wait for formal engineering sign-off.
Upon FAI approval, we initiate progressive stamping lines or CNC schedules. Our operators monitor quality at key stages to minimize defects.
Components are routed to our assembly area, packed in customized export-safe crating, and dispatched via Ningbo Port.
We are committed to providing reliable service, continuous technical improvements, and quality engineering.
We prioritize transparent communication, operational responsibility, and ongoing training to maintain stable production quality for long-term projects.
We invest in upgrading our stamping machines and CNC systems annually to keep pace with changing industry requirements and technical standards.
Our quality management workflow is ISO 9001:2015 certified, and our compliance processes are validated under the SA8000 social accountability standard.
We provide a range of metalworking services to support complex component shapes and specifications.
Processing sheets from 0.5mm to 10mm thick. Ideal for high-pressure enclosures, structural brackets, and deep metal shapes.
Precision casting for complex stainless steel and steel parts, minimizing the need for secondary machining.
High-pressure die casting for thin-walled housings, enclosures, and structural automotive components.
Forging techniques to optimize grain structure, improving mechanical strength in load-bearing components.
Secondary CNC milling, drilling, and tapping to ensure precise interfaces and critical tolerances.
We support clients with raw material sourcing, mold construction, component fabrication, surface finishing, and quality documentation.
Answers to common questions about our technical capabilities, pricing, lead times, and global shipping policies.
Select a product category below to review mechanical properties, material options, and dimension specifications.
XinYe Metal