Explore our core manufacturing specializations, certified to international ISO 9001 and SA8000 quality standards.
Ningbo Jiangbei XinYe Metal Works Co., Ltd. was established in 1996 as an owner-managed SME corporation, engineering solutions for industrial manufacturers worldwide. Located inside the Ningbo Jiangbei Industrial District, our modern industrial complex is strategically situated within a convenient three-hour commute from Shanghai Pudong International Airport via China's high-speed rail network, and adjacent to the Deepwater Port of Ningbo-Zhoushan.
Our footprint comprises 16,000 square meters of dedicated state-of-the-art production floorspace, coupled with an additional 11,000 square meters of advanced building infrastructure designed for technical expansions. XinYe operates with an agile workforce of 130 dedicated personnel. Aligning engineering expertise with robust management practices, we retain 80 highly skilled production operators and 50 qualified experts spanning product development, engineering, quality control, logistics, and executive operations.
We deploy advanced imported mechanical infrastructures and process engineering controls to ensure premium metal components manufacturing.
Providing high-speed stamping and multi-stage progressive deep drawing of steel, alloy, copper, and polymer materials. Our facilities feature mechanical and pneumatic press systems ranging from 5 to 250 tons, accommodating thin-gauge down to structural thickness sheets with minimal material deformation.
Leveraging friction press machinery with output forces from 300 to 1,000 tons alongside column hydraulic systems ranging from 100 to 630 tons. Our hot forging processes yield ultra-high-density components characterized by optimized grain structures and excellent structural performance.
Fitted with four-axis CNC machining centers, automated turning centers, and precision milling machines. We execute critical geometrical tolerances down to +/- 0.005mm on components post-casting or post-forging.
Executing investment casting utilizing high-quality wax dies to deliver net-shape parts in stainless steel, carbon steel, and specialized superalloys, minimizing post-machining operations.
Offering clean surface enhancements including chemical anodizing, electric-polish (E-polish), powder coating, and zinc plating, ensuring custom rust-proofing and aesthetic surface coatings.
Our core production lines are built with machines imported from Japan, Germany, and Italy, offering reliability and consistent cycle repeatability. We operate an agile scheduling environment where default operations run 16 hours a day, six days a week. Crucially, we possess the infrastructure and personnel buffers to transition into 24/7 continuous operations within a 30-day notice.
| Equipment Classification | Output Range / Force Specification | Functionality & Performance |
|---|---|---|
| Friction Press Machines | 300 Tons to 1,000 Tons | Heavy-duty structural aluminum forging |
| Column Hydraulic Systems | 100 Tons to 630 Tons | Precision stamping, blanking, and metal forming |
| Punching Press Systems | 5 Tons to 250 Tons | High-speed progressive blanking and piercing |
| CNC Machining Centers | 4-Axis Simultaneous Control | Sub-micron precision milling and boring |
| Surface Finishing Lines | Anodizing & E-Polish Tanks | Corrosion protection and passive coatings |
Direct views from our manufacturing floors showcasing our investments in precision production machinery.
The global metal stamping landscape is undergoing major shifts driven by the transition to lightweight automotive structures, next-generation aerospace systems, and strict safety guidelines across standard industrial environments. High-volume stamping remains key to industrial cost amortization, but it is now integrated with digital inspection systems, IoT-enabled tooling, and multi-stage processes to support advanced metal alloys.
In modern procurement, stamping factories must adapt to complex metal chemistry. At XinYe, we process raw materials ranging from high-strength stainless steel to lightweight structural aluminum alloys and copper components. High-precision deep drawing allows us to produce thin-walled, high-integrity parts with uniform material distribution, supporting industries from fire gas detection to aerospace manifolds.
Automotive and aerospace sectors demand parts that reduce weight without sacrificing strength. Our aluminum hot forging and advanced thin-gauge progressive stamping allow for structural parts with high yield strength and minimal mass.
Our tooling integration incorporates real-time press monitors and digital sensor networks. By predicting tool wear and material behavior mid-stroke, we prevent batch defects and secure consistency across long production runs.
Regulatory frameworks such as REACH and RoHS demand chromium-free, low-emission surface treatments. XinYe's modern anodizing and e-polish workflows provide excellent salt-spray performance while meeting strict global environmental guidelines.
We supply components to key global markets in North America, Europe, and Russia, meeting technical requirements across diverse applications.
We manufacture critical safety components including flame sensors, explosive and toxic gas detectors, and complete hydrant pit box enclosure kits. These products meet strict quality guidelines for hazardous, high-vibration, and corrosive environments.
Producing turbine inlet structures, aerospace transmission components, and aviation fuel hydrant boxes. These components demand tight geometric tolerances, certified material chemistry, and non-destructive testing (NDT).
From vehicle transmission components to lightweight e-bike parts (high-durability connectors, structural tubes, and control levers). We combine hot forging with post-machining to deliver heavy-duty components ready for high-vibration applications.
Manufacturing food-grade components including safety cream whippers and tabletop cooking stove burner units. We maintain compliance with hygienic safety standards through electropolishing and food-grade alloy sourcing.
At XinYe, quality control is integrated into every stage of production, from incoming material verification to final packaging. Our inspection laboratory is equipped with advanced metrology equipment to verify compliance with technical drawings.
We support every production run with certified quality documentation, including raw material chemical analyses, mechanical test sheets, dimensional inspection reports, and surface treatment thickness verifications.
We work closely with our customers to implement custom quality control plans. From alloy verification to packaging design, each step is monitored and recorded for tracking.
Our certifications, including ISO 9001:2015 and SA8000, reflect our focus on product quality and fair, ethical labor standards throughout our operations.
From preliminary DFM analysis to post-production delivery, we manage project timelines through a structured 5-step process.
Customers submit CAD models and design specifications. Our engineering team conducts a thorough Design for Manufacturability (DFM) review, highlighting potential manufacturing and cost challenges.
We source certified raw materials and configure tooling prototypes to produce initial validation samples. Full dimension measurements and material analysis certificates are supplied for customer review.
Samples are tested within the customer's actual assembly environments. Engineering adjustments are evaluated and applied to the final stamping tool parameters before volume production.
Upon sample sign-off, we schedule mass production. In-process inspection checkpoints monitor part consistency, ensuring structural integrity across long production runs.
Finished goods are packed in heavy-duty export containers to prevent shipping damage. Standard warranty options protect against manufacturing defects, with replacement parts and support handled by our service team.
Explore real-world applications where XinYe components support system reliability and long service lives.
Material: Stainless Steel, Aluminum Alloys. Precision hot-forging delivers the high mechanical strength required for industrial service conditions.
Material: Carbon Steel, Alloy Steel. Critical tolerances verified via digital coordinates to support automotive assembly requirements.
Aviation Fuel Hydrant Pit Box, high-integrity hinge brackets, and gas turbine inlets with excellent resistance to fuel exposure.
Material: High-durability structural Q345B, 42CrMo, and wear-resistant NM400 alloys, engineered to endure high wear and impact.
Global procurement teams face challenges such as raw material price volatility, international trade tariffs, shipping transit delays, and material verification. As an established export partner, Ningbo Jiangbei XinYe Metal Works Co., Ltd. provides risk-mitigation strategies to ensure consistent component supply.
Through our proximity to the Deepwater Port of Ningbo-Zhoushan, we offer direct access to ocean freight routes, reducing ground logistics costs and shipping times. Our sourcing team works directly with certified domestic steel mills to secure pricing and raw material allocation, helping to insulate our clients from market price spikes.
We prepare export documentation including Certificates of Analysis (COA), Certificates of Conformance (COC), Chamber of Commerce Origin certifications, and custom packaging manifests to facilitate import clearance.
All incoming production metals undergo spectrographic analysis. We trace heats from mill shipments to finished parts, ensuring that raw material properties match specified parameters.
Beyond metal stamping and machining, our assembly workshop builds, labels, and packages complete sub-assemblies. This one-stop service simplifies your sourcing and assembly workflows.
As manufacturing demands evolve, XinYe invests in production capabilities to meet requirements for tighter tolerances and complex geometries. Our development roadmap focuses on integrating advanced automation, sustainable processes, and digital quality monitoring.
We are expanding our automation capabilities by deploying robotic arms for loading and transfer across our hot forging and stamping cells. This strategy aims to improve safety, increase output, and maintain high consistency in dimensional quality across large production volumes.
Integrating multi-axis robotic loaders into our progressive stamping and hot forging cells to improve throughput, ensure operator safety, and maintain high production efficiency.
Implementing visual inspection sensors directly inside the tooling dies to detect micro-deviations instantly, reducing scrap rates and improving dimensional reliability.
Deploying closed-loop scrap recycling systems, energy-efficient induction heating for forging, and waste reduction processes aligned with eco-friendly manufacturing initiatives.
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XinYe Metal
