Explore our industrial manufacturing capabilities, utilizing cutting-edge metal forging, custom stamping, high-pressure die casting, and multi-axis CNC machining technologies.
High-precision progressive die stamping and custom deep drawn enclosures.
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Lightweight, durable, high-tolerance aluminum alloy structural components.
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Investment casting methods delivering excellent surface finish and geometry.
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Multi-axis precision milling and turning for demanding dimensional requirements.
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Superior structural integrity through specialized grain structure alignment.
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Corrosion-resistant custom shells for gas detection and industrial sensors.
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High-tolerance CNC components manufactured using premium alloy materials.
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High fatigue strength forgings designed for severe operational environments.
Request DetailsThe global metal fabrication landscape is transitioning to an era characterized by hyper-precision, lightweighting, and automated processing. Structural forgings and progressive metal stampings are critical links in key supply chains, supporting sectors from automotive electrification (EVs) and aerospace to medical device manufacturing and mining infrastructure safety.
Modern engineering demands components that not only meet tight dimensional tolerances but also possess superior mechanical properties. While hot forging reorganizes the internal grain flow of aluminum and steel alloys to maximize toughness and fatigue resistance, precision metal stamping allows cost-effective, high-volume production of complex thin-walled parts. For global procurement teams, sourcing these components requires selecting a manufacturing partner that combines metallurgical expertise with advanced metrology and automated production.
"By bridging the gap between raw metallurgy and final machining, Ningbo Jiangbei XinYe Metal Works Co., Ltd. provides global OEMs with the structural integrity required to survive extreme operating environments."
An owner-managed, technologically advanced SME providing high-precision manufacturing services to global markets.
Founded in 1996 as a family-owned metal fabrication business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has evolved into a highly integrated, technology-driven manufacturing corporation. Located in the Ningbo Jiangbei Industrial Zone, our facility is situated within a 3-hour journey from Shanghai International Airport via China's high-speed rail network, offering logistical advantages for global client visits and rapid export logistics.
Our facility covers 16,000 square meters of high-density production space, with an additional 11,000 square meters of specialized engineering and administration facilities. Our workforce of 130 employees includes 80 skilled operators and 50 dedicated engineers, metallurgists, quality inspectors, and project managers. This ratio underlines our focus on advanced product development, rigorous quality engineering, and client-specific design support.
| Corporate Asset Metrics | Operational Capacity Specifications |
|---|---|
| Year Established | 1996 (Owner-Managed SME) |
| Total Production Footprint | 16,000 m² (With 11,000 m² expansion construction) |
| Total Corporate Staff | 130 Employees (80 Production, 50 Engineering & Management) |
| Core Manufacturing Machinery | Imported from Japan (High Precision & Repeatability) |
| Quality Management Systems | ISO 9001:2015 Registered, SA8000 Certified |
| Core Capabilities | CNC, Forging, Lost Wax Casting, Stamping, Anodizing |
Our facility operates on a standard 16-hour daily schedule (6 days a week). To meet sudden procurement demands, we can ramp up to a continuous 24/7 production shift within 30 days. Land is available for further physical expansion to support dedicated client tooling projects.
A breakdown of our manufacturing services, tooling setups, and capacity ratings for global procurement teams.
Featuring CNC turning and milling centers with 4-axis control, we maintain a dimensional precision capability of 0.001mm. This enables high-tolerance finishing of complex profiles post-stamping or post-forging, ensuring single-digit micron tolerances on critical functional surfaces.
Equipped with friction press machines ranging from 300 to 1,000 tons of press force, and column hydraulic machines from 100 to 630 tons. High-pressure processing optimizes the grain direction of alloys, eliminating internal porosity and increasing overall mechanical strength.
Processing steel, aluminum alloys, copper, and polymer materials using a range of punching press machines (5 to 250 tons of force). We design and construct custom progressive dies internally to enable long-run cost efficiencies and structural consistency.
Our OEM investment casting facility handles complex structural components, producing parts with tight tolerances and complex geometries that are difficult to achieve through traditional CNC milling, minimizing post-machining material waste.
We provide vertical anodizing, electro-polishing (E-polish), passivation, sandblasting, and chemical conversion coatings. Every chemical line operates under strict environmental controls to guarantee coating adhesion and thickness specifications.
Supported by 20+ utility model patents and software tools, our R&D center designs custom manufacturing tooling, evaluates mold flow patterns, and optimizes CAD designs for manufacturability (DFM) to reduce material costs.
Friction Forging Presses
Column Hydraulic Lines
High-Speed Punching Presses
The choice to source metal components from China goes beyond raw labor arbitrage. It centers on the integrated industrial ecosystem, specialized skills, and local logistical infrastructure. Ningbo is one of the world's most concentrated metal manufacturing hubs, offering direct access to steel mills, die makers, and surface finish processing sites.
Our facility leverages this regional network to compress lead times for raw stock acquisition, thermal processing, and specialized chemical finishes. This integration allows us to handle complex steps—such as stamping, forging, CNC finishing, anodizing, and final assembly—within a single, managed supply loop.
A visual gallery showcasing our precision machinery floor, quality verification equipment, and metal fabrication workshops.
Automated machining systems optimized for multi-axis part production.
Heavy-duty hydraulic and friction forging equipment for structural components.
Progressive stamping presses configured for high-volume component fabrication.
Component inspection, packaging preparation, and surface verification.
Custom modular dies, forging tools, and mold assemblies developed in-house.
Precision post-forging milling to achieve tight positional tolerances.
Chemical finish lines optimized for stainless steel component passivation.
Secure staging area for products awaiting final export QA approval.
Our structural forgings, deep-drawn cases, and precision metal stampings are used across critical global industries.
Explosion-proof sensor enclosures, gas detection housings, fire detectors, and mining-safety hydrant pit box enclosures.
Materials: 316L SS, Brass, Anodized Al
High-strength transmission parts, motor mounts, structural steering elements, and custom E-bike levers, connectors, and frame tubes.
Materials: 6061-T6 Al, 40Cr Steel
Aviation fuel hydrant pit boxes, hinge brackets, transmission gears, and turbine inlet parts engineered to survive thermal fatigue.
Materials: Aircraft Titanium, Inconel, 7075 Al
Stainless components for commercial tabletop cooking stoves, high-pressure cream whippers, and crushing system feed rollers.
Materials: Food Safe SUS 304, 316, 42CrMoAt Ningbo Jiangbei XinYe Metal Works Co., Ltd., quality control is embedded in our manufacturing workflow. Every batch of material entering our facility undergoes validation. We hold current ISO 9001:2015 quality management registrations alongside SA8000 social compliance certifications, ensuring our processes align with international standards.
Our quality department uses advanced dimensional and material testing equipment to verify components. This metrology environment allows us to supply certified test reports, chemical analysis documents, and dimensional datasheets for our products.
Automated contact measurement for 3D geometric verification.
Optical emission spectrometer analyzing alloy element distributions.
Optical measurement of fine components.
Secondary vision-inspection system verifying progressive die runs.
Verifying finish parameters post E-polishing or machining.
Measuring component yield limits under compressive loads.
System documentation verifying process compliance.
Our 50-person product development and QA management team.
Industrial manufacturing markets are shifting to address rising resource costs, geopolitical logistics issues, and sustainability requirements. Modern procurement teams evaluate manufacturers using several key criteria:
A step-by-step overview of our workflow from drawing submission and DFM review to mass production and shipping.
Clients submit dimensional drawings (STEP/IGS/DWG format). Our engineering team reviews tolerances, draft angles, and raw material specifications.
Our tooling workshop designs and constructs dies. Samples are forged, stamped, or CNC-machined, and then verified for dimensional compliance.
Samples are dispatched to the client alongside dimensional reports, material verification certs, and metallurgical analysis documents.
Upon sample approval, we start production. Automated press systems and CNC lines run with in-process inspections at set intervals.
Components are packed in custom boxes or vacuum-sealed wrapping for export, complete with packing lists and shipping documentation.
A look at our specialized assembly areas, tooling design groups, and technical facilities.
Mold flow simulation and stress analysis using software modeling tools.
Wire EDM and CNC tool-making systems to produce custom forming dies.
Manual inspection of cosmetic surfaces prior to post-machining processes.
Multi-component assembly, post-processing integration, and sub-system pack lines.
Details of our manufacturing lines, including automatic hot-forgers and high-precision CNC equipment.
Automated closed-die hydraulic and friction presses with integrated temperature monitoring to ensure uniform alloy heating.
Multi-axis precision Japanese machinery setups optimized for secondary machining of forged blanks and stamped plates.
Temperature-controlled laboratory housing our spectrometers, mechanical test systems, and coordinate measuring devices.
Ensuring structural components meet design criteria requires strict metallurgical verification throughout the manufacturing run. Our quality procedures monitor material consistency at multiple points:
Every batch of metal bars, sheets, or wire stock is quarantined upon arrival. We conduct spectrographic checks using our GNR Analyzer to verify chemical elements before releasing material to the production lines.
During high-temperature forging runs, we verify part geometries periodically to check for tooling wear. For progressive stampings, parts are monitored using automatic optical comparators to confirm tool alignments.
Final quality checks evaluate overall dimensions, surface roughness, and thread tolerances. Complete batch documentation—including material certificates, coordinate measurement output logs, and surface finish validations—is prepared for the client's records.
Our business relies on three core principles: Trust, Responsibility, and Professionalism.
"Client requirements are our primary guide. We work to deliver reliable results that meet or exceed client expectations."
"Every task is managed with attention to detail to provide manufacturing solutions tailored to our customers' and employees' needs."
"Our teams approach tooling development, fabrication, and surface processing with an emphasis on engineering detail and continuous system improvement."
Ningbo Jiangbei XinYe Metal Works Co., Ltd. provides a suite of metalworking solutions designed to meet the requirements of modern OEMs and engineering groups. We manage the process from design support to final logistics.
We operate friction press lines (300T to 1000T) and hydraulic lines (100T to 630T) configured to forge high-strength components from aluminum and copper alloys.
Our stamping setups (5T to 250T) produce thin-walled housings, deep-drawn cases, and electrical contacts with repeatable accuracy across production volumes.
We finish functional surfaces, threads, and internal features using 4-axis CNC mills and high-speed turning centers to achieve design specifications.
Answers to common logistics, technical, and commercial questions for our metal fabrication services.
Review our core component categories, combining in-house progressive stamping, multi-ton alloy hot forging, and multi-axis CNC finishing.
Deep-drawn steel and aluminum cups, enclosures, and dynamic housings.
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Stainless steel casting using investment tooling for complex geometries.
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High-load forged brackets and structural links for critical applications.
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Progressive stampings, terminal shields, and high-volume brackets.
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Machined housings, heat sinks, and plates with customized coatings.
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Corrosion-resistant steel castings for fluid and process equipment.
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XinYe Metal