Explore our primary custom manufacturing series, engineered for high-durability industrial applications, certified under ISO 9001:2015 and SA8000 standards.
Founded in 1996 as a highly focused family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a leading, owner-managed SME corporation specializing in advanced metal forming and fabrication. Situated dynamically within the Ningbo Jiangbei Industrial Zone, our facility is strategically positioned for global trade, within a seamless 3-hour connection from Shanghai International Airport via China's high-speed rail network.
Our footprint covers a massive 16,000 square meters of production floor, complemented by an additional 11,000 square meters of construction. Out of our specialized workforce of 130 dedicated personnel, 80 are deployed in direct manufacturing operations, while 50 lead the areas of product development, metallurgical engineering, quality assurance, global supply chain, and executive management. By bridging family-held responsiveness with state-of-the-art automation, we serve as a premier supplier for complex industrial markets.
We provide an integrated technological portfolio combining digital cold stamping, hot forming, precision CNC subtractive processes, and complex metallurgical castings. This unified production capacity reduces multi-supplier logistics and enhances structural integrity.
Our turning, milling, and multi-axis machining facilities are optimized for tight-tolerance aerospace, gas detection, and automotive parts, delivering structural features with precision down to 0.001mm.
Utilizing high-power friction press machinery, we forge aluminum alloys under precise thermal control to align the metal grain structure, achieving tensile strength and fracture resistance superior to cast alternatives.
Also known as investment casting, this system allows us to manufacture complex geometries and internal channels in high-grade stainless steels without requiring secondary assembly.
We process steel, alloy, copper, and engineering plastics through high-speed stamping, progressive dies, and deep drawing, creating structural shapes with minimal material wastage.
From architectural anodizing to chemical e-polishing, we control key surface finish metrics in-house, improving corrosion barriers and cosmetic profiles for high-exposure components.
Beyond producing raw components, our dedicated assembly workshop integrates metal components with sensors, seals, and structural brackets to deliver pre-tested system units ready for line insertion.
Traditional hot stamping relies on operator intuition and mechanical cycles, which can lead to variance in yield strengths and dimensions. The modern shift to Hot Stamping Digital systems represents a major leap in precision engineering. At XinYe, this digital methodology translates to real-time closed-loop temperature control, precise press speed control, and computerized hydraulic alignment.
During the digital hot stamping process, aluminum alloys or high-strength steels are heated to structural recrystallization ranges. The press cycle timing is synchronized with digital infrared thermal sensors. This thermal synchronization prevents micro-cracking and maintains structural integrity. Whether for custom automotive crumple zones or flameproof enclosure systems, digital parameters guarantee consistent material properties across large manufacturing batches.
Our engineered solutions are deployed worldwide, providing high-integrity structural components to critical sectors across Europe, North America, and Eastern regions. Our custom metal components meet key regulatory requirements in several industrial applications:
We manufacture critical components for fire and explosive gas detection sensors, including flameproof enclosures, toxic gas detector housings, and hydrant pit boxes. These assemblies are engineered to withstand extreme pressures and corrosive environments.
XinYe produces specialized aviation fuel hydrant pit box enclosure kits, hinge brackets, transmission structural supports, and turbine inlet parts. These components are subjected to rigorous non-destructive testing to verify structural soundness under extreme cyclic loads.
Serving both traditional automotive assembly lines and the growing E-bike market, we provide custom forged links, specialized structural tubes, control levers, and internal transmission components that optimize strength-to-weight ratios.
Our aluminum forging and deep drawing techniques produce reliable, high-pressure cream whipper heads, tabletop cooking stove manifolds, and other culinary hardware that meet strict hygienic and structural safety standards.
Our location in the Ningbo Jiangbei Industrial Zone provides access to a dense network of raw material producers, toolmakers, surface treatment houses, and shipping hubs. This geographic advantage translates into direct efficiency gains for our international partners:
"Quality is life" is the core principle of our operations. XinYe has established a traceable QA pipeline certified to ISO 9001-2015 and SA8000 standards. From raw billet testing to final component inspection, every process step is verified and logged.
We do not rely solely on supplier declarations. Our internal QC laboratory uses advanced testing equipment to verify mechanical properties, chemistry, and surface finishes:
Our continuous capital investments focus on importing manufacturing machinery from Japan and leading European machine tool builders. By maintaining an up-to-date machinery fleet, we provide high process reliability, lower tool wear, and consistent cycle times for complex orders.
High-tonnage forging systems equipped with closed-die sets and precision thermal monitoring. This setup allows for rapid cycle speeds and consistent thermal parameters for large-volume aluminum forging orders.
High-speed milling and turning centers capable of holding complex dimensional tolerances on challenging materials, including tool steels and lightweight structural alloys.
Controlled-temperature laboratories housing inspection instrumentation for raw materials, internal structures, and finished dimensions.
Watch our machinery in action. In-house capabilities enable us to handle high-precision turning, milling, and boring in a single setup, reducing geometric deviation across complex features.
TIPAS MACHINE h65TMY Operations Showcase
As digital manufacturing evolves, Ningbo Jiangbei XinYe Metal Works Co., Ltd. is upgrading its facilities to support smart industry standards. Our technical development roadmap focuses on three main initiatives:
We are installing sensor arrays on our 1000T and 630T press lines to stream real-time temperature, force, and cycle parameters to a central control dashboard. This setup allows our quality team to detect and correct tool wear or thermal issues during production.
To optimize productivity and safety during extended shifts, we are integrating robotic loading arms with our Japanese-imported CNC turning centers. This automation supports continuous, lights-out machining for high-volume parts.
In response to global environmental requirements, we are refining our forging dies to minimize raw stock scrap. Through optimized CAD simulations and precision stamping configurations, our goal is to improve raw material yield by 15% across all product lines.
A review of actual custom metal fabrication projects manufactured for partners in the aerospace, automotive, mining, and agricultural equipment sectors.
High-strength support brackets for heavy industrial packaging lines, forged from specialized aluminum alloys for weight optimization.
Material: Stainless Steel, Aluminum Alloy
Thin-walled structural tubing with integrated mounting brackets, holding tight tolerances for battery cavity alignment.
Material: Stainless Steel, Aluminum Alloy
Corrosion-resistant aviation fuel hydrant pit box enclosure assemblies, designed to withstand heavy airport ground traffic loads.
Material: Stainless Steel, Aluminum Alloy
High-impact cutter discs and feed roller shafts designed to operate continuously under severe shock loads.
Material: Q345B, 42CrMo, NM400 for shaft
From initial drawing analysis to final surface coating and packaging, our production pipeline is managed for efficiency and quality.
Our engineering team reviews client CAD files (STEP, IGES, DWG formats) to confirm manufacturing feasibility and tolerance limits. We discuss alloy options, heat treatment requirements, and surface finish targets with the client before quoting.
We design and manufacture forging dies, casting patterns, and stamping tools in-house. Once tooling is complete, we run a pre-production sample batch and compile dimensional reports to verify drawing compliance before beginning mass production.
We ship sample parts to our client for physical testing. Once the sample batch is approved, our quality control team locks in the CNC programs and tool parameters to ensure consistency during the production run.
Mass production utilizes automated raw stock feeding and dynamic heat control. Quality control inspectors run dimensional audits at set intervals, logging dimensional variations to prevent deviations during the production run.
We assemble components as required in our dust-controlled workshop. Parts are packaged in export-safe wooden cases or custom pallets with rust-inhibiting films to ensure they arrive in clean, ready-to-use condition.
Our corporate culture is built on providing reliable industrial components and responsive service to our partners:
Common questions regarding our design processes, logistics, certifications, pricing, and manufacturing capabilities.
Our prices vary based on material costs, order volume, and design complexity. Please contact us with your specifications, and we will provide an updated, detailed quotation.
Yes, international production orders require an ongoing minimum order quantity. This helps cover setup times, tooling calibration, and material processing costs. For smaller distribution requirements, please contact our team to discuss options.
Yes, we can provide standard export documentation, including Certificates of Analysis/Conformance, material certifications, dimensional reports, and country-of-origin documentation as required.
Sample prototypes typically take about 7 days. Mass production runs usually require 20-30 days after drawing approval and deposit receipt. Lead times start after design approval and financial clearance. We work with clients to accommodate tight schedules whenever possible.
We accept wire transfers, Western Union, and PayPal. Our standard terms are a 30% deposit in advance, with the remaining 70% balance paid against the copy of the Bill of Lading (B/L).
We warrant our materials and workmanship. In the event of a manufacturing defect, we will work to resolve the issue through rework or replacement, in line with our quality standards.
Yes, we use heavy-duty export packaging designed to protect parts during transport. Custom foam inserts, anti-rust paper, and export-grade wooden cases are standard. Special packaging requirements can be accommodated upon request.
Shipping costs depend on the delivery method. Ocean freight is generally the most cost-effective solution for volume orders, while air freight or express delivery is suitable for urgent components. We can provide shipping estimates based on shipment size, weight, and destination.
Our facilities are certified under ISO 9001-2015 for quality management systems and SA8000 for social accountability. We also follow REACH and RoHS compliance guidelines for material safety.
Contact our sales engineers to request detailed drawings, physical prototypes, or bulk quotation packages for your custom specifications.
XinYe Metal