Explore our core engineering capabilities from precision stampings to alloy hot forgings, designed for global heavy industries.
The demand for custom metal forming technologies is shifting rapidly under the pressure of light-weighting designs in automotive, sustainable sourcing mandates in European markets, and structural safety upgrades in high-risk industrial safety monitoring. High-volume, repeatable, and cost-effective metal stampings and deep-drawn components form the literal backbones of these modern engineering frameworks.
As an ISO 9001:2015 and SA8000 accredited metal parts partner, Ningbo Jiangbei XinYe Metal Works Co., Ltd. bridges the gap between sophisticated engineering blueprints and scalable manufacturing. By coupling progressive tooling design with state-of-the-art Japanese-imported machinery, we address complex structural integrity demands across North America, Europe, and Asia-Pacific.
A trusted SME provider of critical metal parts since 1996, combining family-business agility with institutional governance.
Founded in 1996 as a highly focused family enterprise, XinYe has evolved into an owner-managed SME corporation located in the Jiangbei Industrial Zone of Ningbo. Strategically located within 3 hours of the Shanghai international transport grid via high-speed train networks, we offer integrated supply logistics for international markets.
Today, XinYe occupies a manufacturing footprint of 16,000 square meters of production floor space, complemented by 11,000 square meters of modern construction area. Our operations are powered by 130 skilled specialists, with 80 workers dedicated directly to production and a robust technical support network of 50 personnel spanning product development, tool engineering, quality assurance, and administrative leadership.
How our structural metal solutions serve extreme operating environments and safety-critical global industries.
Our heavy stampings, enclosures, and cast housings are widely deployed in the oil, gas, and underground mining industries. These environments require fire and gas safety detection systems, explosion-proof flame sensor enclosures, toxic gas monitors, and specialized hydrant pit box enclosure kits that resist chemical corrosion and mechanical shock.
We manufacture safety-critical powertrain and drivetrain transmission components, connector tubes, levers, and robust mechanical structures for the high-growth E-bike and traditional automotive sectors. Strict dimensional control ensures tight tolerances for high-vibration applications.
From engine turbine inlets to internal transmission system structures, our AS9100-aligned approach supports complex geometries. In particular, we produce crucial components such as the Aviation Fuel Hydrant Pit Box, high-integrity hinge brackets, and structural plates that handle fuel delivery pressures.
XinYe manufactures components utilizing food-safe stainless steels and specialty anodized alloys. Featured projects include high-pressure food processing parts like cream whippers, alongside components for commercial tabletop cooking stoves demanding thermal resistance.
We forge and machine critical wear-resistant steel parts, specifically wood chipper cutter discs and feed rollers. Using highly durable steel alloys like Q345B, 42CrMo, and NM400 for shafts, we ensure our parts survive the intense physical stress and fatigue of heavy outdoor logging operations.
Empowered by Japanese tooling centers and heavy-duty forging presses to maintain multi-axis accuracy.
Dynamic Operations Scale: Our default shift schedule is 6 days per week with 16 hours of daily operations. However, to meet large-scale global demands, we can scale to a full 24/7 continuous production mode within 30 days of client notification.
Quality is our lifeline. We enforce strict traceability records from inbound raw materials to final dimensional inspection reports.
To maintain consistent physical characteristics in every component, our internal QC department utilizes advanced testing instruments. We do not rely on third-party verification alone; every process stage has active statistical process control (SPC) charting.
Our material labs verify incoming steel, aluminum alloy, and copper bar stock, tracking alloy signatures through spectroscopy to ensure complete material traceability and export documentation conformity.
Accreditations & Audits:
XinYe maintains active ISO 9001:2015 and SA8000 certifications, validating both our technical management and our dedication to social accountability.
Inbound metallurgy analysis and verification of raw alloy composition.
3D coordinate measuring for validation of complex geometric profiles.
Micro-dimensional measurement for ultra-fine precision parts.
Surface roughness checks post-anodizing and electro-polishing.
Mechanical property and fatigue limits verification under load.
From drawing analysis and progressive tool design to rapid deployment of high-volume metal stampings.
Customer submits CAD blueprints, geometric details, tolerance requirements, and choice of raw alloys.
Technical estimation of material nesting, structural stages, and final cost calculation for molds.
Sample run followed by full coordinate CMM inspection reports for initial approval.
Progressive stamping or hot forging begins with SPC process monitoring and inline QC audits.
Custom heavy packaging is applied, followed by delivery documentation (CoC, Material Certificates).
Driven by accountability, professional tooling, and transparency across our international supply chain.
At XinYe, we believe that trust is established only by delivering repeatable quality that meets or exceeds customer specifications. Through active SA8000 compliance, we offer a safe, transparent, and fair working environment for our 130 team members.
This social commitment ensures stable production teams, which directly supports the quality of our components. We continuously invest in advanced machinery and employee training programs, enabling our engineers to handle complex manufacturing challenges.
Our commitment to green operations, advanced tool automation, and structural material light-weighting.
We are implementing automated monitoring systems on our progressive stamping dies and heavy column presses. Sensor arrays track real-time stamping vibration and die temperature variations to proactively prevent micro-cracks, extending die lifetimes and ensuring structural consistency.
To meet international carbon-border tariffs and ESG expectations, we are upgrading our anodizing and electro-polishing operations. These upgrades focus on reducing chemical output, reusing wastewater, and optimizing chemical consumption to lower our environmental footprint.
To support the lightweight structural needs of the E-mobility and aerospace industries, our R&D team is developing stamping and hot-forging processes for ultra-thin, high-strength aluminum alloys. This helps clients reduce part weight while maintaining load-bearing performance.
Explore real-world examples of our manufactured metal components across heavy industries.
Our machining floor utilizes high-speed turning and milling setups, including Japanese-imported equipment. This helps us ensure concentricity and flat surfaces across large production runs.
By offering die casting, hot forging, progressive stamping, and multi-axis CNC machining under one roof, we streamline your sourcing process. This integration helps reduce cycle times and simplifies supply chain logistics.
Comprehensive answers regarding pricing structures, export standards, tooling ownership, and lead times.
Our pricing is based on fluctuating raw material market rates (LME indexes for aluminum and steel alloys), batch order volumes, complexity of progressive stamping dies, and post-forming surface treatments. We provide detailed tool-breakdown quotations to ensure complete transparency before you approve production.
Yes, we require minimum order quantities for international shipments to maintain production line efficiency and tool life cycle costs. However, we offer flexibility on MOQ limits for initial sample validation rounds, engineering development programs, or pilot verification runs. Please contact our sales team to discuss your specific requirements.
Sample production and initial inspection reports typically take 7 to 10 days, depending on tooling complexity. Mass production runs generally require 20 to 30 days after we receive your deposit payment and tool approval. We work with clients to accommodate tight launch schedules whenever possible.
Yes. We provide complete quality documentation for every order, including chemical and physical Certificates of Analysis (CoA), Certificates of Conformance (CoC), and country-of-origin documentation. This ensures smooth customs clearance and integration into your internal quality tracking systems.
We typically work with a 30% deposit in advance, with the remaining 70% balance paid upon presentation of the Bill of Lading (B/L) copy. Payments can be processed via standard bank transfer (T/T), PayPal, or Western Union. For long-term contract partners, we can discuss custom payment terms based on order history.
We use heavy-duty export packaging, including vacuum seal bags, customized wooden crates, and anti-corrosive rust-inhibitor (VCI) papers. This packaging protects sensitive machined surfaces from salt-air corrosion and damage during sea and air transport.
Select your specialized manufacturing requirements from our principal mechanical component listings.
XinYe Metal