Explore our top-tier metal fabrication product range, delivering global standards of tolerance, dimensional stability, and material properties.
Founded in 1996 as an owner-managed SME corporation, XinYe Metal Works has grown from a specialized family business into a leading industrial force in Ningbo's Jiangbei Industrial Zone. Located within a convenient 3-hour transport radius from Shanghai International Airport via China's high-speed rail network, we facilitate seamless international logistics and rapid physical coordination for overseas engineering and procurement teams.
Our core production footprint spans 16,000 square meters of specialized manufacturing space, complemented by an additional 11,000 square meters of construction area optimized for advanced tooling development, component inspection, and technical engineering offices. Over nearly three decades, we have continuously scaled our facilities and invested in imported equipment from Japan to keep pace with challenging tolerance and material design parameters.
From complex dimensional geometries to custom surface finishes, our factory offers a comprehensive technology competence portfolio to streamline your supply chain.
Engineered for precise sub-micron tolerances, our multi-axis CNC centers and high-speed milling networks handle complex aerospace, medical, and automotive components with absolute repeatability.
Hot forging utilizing robust friction presses provides maximum mechanical strength, high structural integrity, and zero internal porosity for load-bearing and transmission parts.
Specialized investment casting process for stainless steel and complex alloys. Ideal for net-shape components that require complex structural detail and minimal post-machining.
High-speed stamping and deep drawing presses (ranging from 5 to 250 tons) capability for copper, steel, aluminium alloys, and custom engineering plastics.
Comprehensive post-treatments including sulfuric acid anodizing, electropolishing, powder coating, and specialized passivation for marine or hazardous environment durability.
Bridging the gap between initial prototyping and global supply chain management with robust DFM (Design for Manufacturability) consulting and optimization.
The global metal casting landscape is experiencing a paradigm shift towards high-vacuum die casting, ultra-lightweight structural configurations, and real-time process simulation. As an engineering-driven manufacturer, XinYe Metal Works is actively upgrading its process pathways to incorporate advanced computational thermodynamics and numerical simulation models (Flow-3D casting analysis).
These advanced tools allow our engineering team to predict gating system turbulence, optimize runner configurations, and drastically reduce micro-porosity defects before tooling steel is ever cut. Looking forward, our investment path focuses on green metallurgy initiatives, reducing the carbon index of raw aluminium inputs, and integrating closed-loop thermal control loops on our high-pressure systems to ensure perfect mechanical consistency across production lots.
Our manufactured products are deployed globally in highly regulated markets that demand zero-failure operation and strict material documentation.
Fire and gas detection componentry, explosion-proof flame sensor enclosures, toxic gas sensor housings, and complete heavy-duty hydrant pit box kits designed to withstand harsh field operating environments.
High-precision structural parts including turbine inlet parts, secondary flight control transmission mechanisms, and structural mounting hardware with full material traceability profiles.
Drivetrain components, transmission housings, and specialized electric bicycle structures such as structural alloy connectors, frame tube assemblies, and high-strength braking levers.
Engineered sanitary components for high-pressure food preparation appliances, including aluminum cream whippers and heavy-duty commercial tabletop cooking stove components.
Dimensionally stable enclosures, arm systems, and internal structural brackets for imaging systems, hospital diagnostics, and mechanical patient care equipment.
Critical heat sinks, inverter housings, structural bracket clamps, and tracking transmission components for utility-scale solar arrays and wind power distribution equipment.
XinYe Metal Works operates on a default schedule of 16 hours per day, 6 days a week, ensuring immediate response capacity for surge orders. To buffer our customers against global supply disruptions, we possess the operational and engineering capacity to transition into a full 24/7 continuous production run within 30 days.
Our vertical integration—from in-house tooling design to precision CNC machining and surface coating—limits external dependencies. In addition, we maintain local access to structural raw materials and specialized heat treatment facilities, providing our clients with consistent lead times and competitive pricing stability.
Our high-quality production relies on a solid industrial machinery setup, featuring tooling systems imported directly from Japan.
Equipped with pressing forces ranging from 300 tons to 1000 tons. These machines handle high-density structural forgings and high-integrity shapes with ease.
Features variable compression forces spanning from 100 tons to 630 tons. This ensures excellent structural integrity for mid-to-large sized metal parts.
A flexible array of stamping and blanking presses with operating capacities ranging from 5 tons to 250 tons for complex multi-stage progression stamping.
Equipped with 4-axis control pathways for single-setup machining of complex geometric parts, reducing structural alignment and positioning errors.
Advanced multi-axis CNC lathes and mills that achieve tight dimensional tolerances (down to +/-0.005mm) for critical surface finishes.
Dedicated die fabrication shop utilizing electrical discharge machining (EDM) and wire cutting to maintain, repair, and build tooling molds in-house.
Take a virtual tour of Ningbo Jiangbei XinYe Metal Works Co., Ltd. Witness our raw material control, hot forging operations, 4-axis CNC machining centers, and our metrology laboratory inspection protocols.
Explore Our CapabilitiesFor XinYe, quality is the lifeblood of our business. Supported by our global customer base, we have established a strict quality control system. From raw material testing at entry to in-process audits and final component validation, every process is logged, traceably filed, and auditable.
Our quality systems are fully certified to ISO 9001:2015 for quality management and SA8000 for social accountability, ensuring our customers receive consistent product quality along with ethical supply chain compliance.
Coordinate Measuring Machine provides 3D space measurements for complex profiles with tolerances down to micron-levels.
Non-contact optical dimension inspection system, offering fast, high-accuracy measurements for flat stamping shapes.
Secondary optical platform optimized for checking edge profiles and micro-apertures on machined valves.
Verifies post-polishing and post-machining surface textures to ensure they meet precise Ra values.
Validates force thresholds and elastic limit profiles of stamping materials and custom assemblies.
Provides chemical configuration analysis of incoming aluminum, steel, and copper alloys to confirm alloy grade authenticity.
From initial engineering review to delivery, our manufacturing system ensures quality and efficiency at every stage.
Engineering reviews 2D/3D models, verifies alloy specs, runs DFM checks, and confirms lead times.
Calculates cost factors, plans CNC fixtures, selects raw materials, and sets up casting molds.
Runs first-article parts, performs full-dimension tests, and generates QA records for client sign-off.
Launches full production runs, performs in-process inspections, and monitors surface finishing quality.
Secures components for shipping, handles export compliance, and provides 1-year product warranty coverage.
Review case studies demonstrating our manufacturing tolerances and material capabilities across diverse industries.
Precision aluminium components for heavy industrial machinery, produced via hot-forging to eliminate internal gas pockets.
Material: Aluminium Alloy / Stainless Steel
Transmission parts requiring tight tolerances (+/-0.01mm) and high wear resistance under cyclic load conditions.
Material: ADC12 / A380 Aluminium
Aviation fuel hydrant pit box featuring specialized hinge brackets and complex cast structural walls designed for heavy shear stress.
Material: Premium Corrosion-Resistant Alloys
Engineered for high-torque wood chipper crushing systems. This assembly uses high-toughness alloy steels to prevent structural fatigue and fracturing during operation. Critical shaft interfaces are ground to size after heat treatment to ensure a perfect interference fit.
Material Specifications: Q345B Carbon Steel, 42CrMo Alloy Steel & NM400 Wear-Resistant Plate for shaftsFor international procurement teams, the nominal price per part is only one part of the TCO equation. Understanding this, XinYe provides comprehensive logistics coordination, custom clearance documentation, and shipping packaging designed for long ocean transits or fast air freight.
By offering integrated design-to-assembly services, we reduce the coordination costs of managing multiple vendors. We conduct structural risk analyses on packaging configurations, using anti-humidity vacuum sealing and heavy-duty, reinforced crates to prevent component surface oxidation and vibration wear during transit.
A look behind the scenes: our people and the principles that drive our engineering commitment.
With an active workforce of 130 team members, we balance specialized manufacturing with agile engineering. Our corporate culture is built on three pillars:
Trust: Building long-term partnerships by meeting specifications, maintaining consistent pricing, and delivering on schedule.
Responsibility: Working to exceed customer expectations through proactive troubleshooting, quality audits, and clear communication.
Professionalism: Constantly refining our processes through ongoing employee training and technology investments.
Get detailed answers to common technical, logistics, and quality assurance questions about our manufacturing services.
Our pricing is calculated based on raw material market index, manufacturing complexity, tooling costs, and production volume. To receive a detailed, itemized quote, please send your 2D drawings (PDF with tolerance specs) and 3D CAD files (STEP, IGES, or x_t format) to our sales engineering team.
Yes, we require ongoing minimum order quantities for international orders. The exact MOQ depends on the selected production process (for example, high-pressure die casting runs typically require higher MOQs compared to custom CNC machining). Please consult our engineers with your annual volume projections.
We provide full material traceability packages, including chemical composition data sheet (GNR Spectrum analysis), dimension inspection sheets (CMM/optical mapping reports), and Certificate of Conformance (CoC). We also provide secondary treatment certificates (e.g., anodizing thickness validation, hardness tests) upon request.
For development samples, our lead time is approximately 7 days. For mass production runs, the lead time is 20-30 days after design approval and deposit confirmation. These lead times begin once we have engineering sign-off on drawings and received the initial tooling deposit.
Our standard payment terms are: 100% tooling cost upfront before manufacturing begins. For mass production components: 30% deposit in advance, and the remaining 70% balance paid against the copy of B/L. We accept direct wire transfers, Western Union, and PayPal.
We provide a 1-year product warranty covering material defects and workmanship issues, starting from the date on the delivery note. In line with our quality-driven culture, we work directly with customers to resolve any issues to their satisfaction.
Explore more of our precision components, manufactured to meet tight tolerances and demanding field conditions.
XinYe Metal