Exquisite execution of metallurgy, forging, and machining. Explore our high-demand OEM products fabricated under strict ISO 9001:2015 frameworks.
The history of lost wax casting (investment casting) dates back thousands of years in ancient China, where it was utilized to construct sophisticated bronze vessels and ceremonial artifacts. Today, at Ningbo Jiangbei XinYe Metal Works Co., Ltd., this ancient metal-forming heritage has been synthesized with advanced mechanical engineering and state-of-the-art tooling technology.
By upgrading the traditional clay-and-wax process to modern silica sol binder systems, high-purity waxes, and CNC-machined aluminum tooling, we manufacture precision metal parts characterized by near-net-shape geometry, minimal surface roughness, and outstanding metallurgical integrity. This paradigm shift enables global procurement agents to secure complex configurations that are otherwise difficult or cost-prohibitive to fabricate through traditional subtractive manufacturing.
Our structural capabilities bridge historical craftsmanship with modern automation, making us a key supplier for high-tolerance components globally.
Founded in 1996 as an owner-managed family business, XinYe Metal has evolved into a premier SME manufacturer of precision-engineered metal products. Located in the Ningbo Jiangbei Industrial Zone, we leverage strategic proximity to the global port of Ningbo and are within a 3-hour high-speed rail connection to Shanghai International Airport.
Spanning 16,000 square meters of production floor space and 11,000 square meters of modern construction, our facility represents an ecosystem of advanced technology and manual skill. We employ 130 dedicated personnel, of whom 80 execute core production work, and 50 lead R&D, product development, metallurgical engineering, quality assurance, and management.
Our international customer base across Europe, North America, and Russia depends on our continuous investment in automated systems, scientific quality controls, and modern surface technologies.
From raw ingot selection through complex casting, high-tonnage forging, and post-machining surface treatments, we offer an integrated one-stop supply chain solution.
Utilizing high-purity investment casting resins and modern ceramic slurry formulas. Ideal for producing thin-walled, high-intricacy stainless steel parts with smooth surface finishes and structural stability.
Equipped with 4-axis control vertical and horizontal machining centers. Enabling tolerances down to 0.001mm to transform raw castings or forgings into assembly-ready precision components.
Employing high-tonnage friction presses (300 to 1000 tons) for hot forging processes. Enhances directional grain structures, density, and fatigue resistance of critical structural parts.
Processing steel, alloys, copper, and engineering plastics using a series of mechanical punches (5T to 250T) and deep-draw facilities for specialized configurations.
Comprehensive surface treatment services including chemical anodization, e-polishing, zinc plating, and passivation to maximize corrosion resistance and surface appearance.
Procuring ancient-origin lost wax casting products from Chinese manufacturers yields clear advantages in infrastructure, technology integration, and economic efficiency.
Our core production lines and automated setups are imported from premier manufacturers in Japan, securing exceptional repeatability, thermal stability, and low cycle times for high-volume orders.
Our baseline operating schedule is 16 hours per day, 6 days a week. When required by high-volume contracts, we can scale to 24/7 continuous operations within 30 days. Ample local land reserves are secured for rapid physical plant expansion.
Located in the Ningbo industrial zone, we belong to the world's most dense cluster of mold design, raw material sourcing, heat treatment, and surface plating services. This keeps logistical overhead low and speeds up sample development.
XinYe maintains state-of-the-art facilities to perform heavy forging, fine stamping, multi-axis machining, and automated inspections under one roof.
Our hot forging shop features heavy friction press machines generating force from 300 to 1000 tons, alongside column hydraulic presses spanning 100 to 630 tons. This permits casting-to-forging process conversion for clients seeking improved structural performance.
A comprehensive lineup of multi-axis CNC machining centers, automated CNC turning centers, and precision CNC milling systems. Excellent for finish-machining complicated geometries with strict circularity, flatness, and positioning requirements.
Integrating complex turning-milling capability. The high-rigidity structure and thermal compensation systems ensure reliable performance for complex aerospace and medical orders.
| Equipment Category | Machinery Model / Press Range | Operational Parameters | Primary Industrial Use Case |
|---|---|---|---|
| Friction Press Machines | 300 Tons to 1000 Tons Capacity | Precise control of ram velocity | Heavy-duty alloy forging & pre-form forming |
| Column Hydraulic Presses | 100 Tons to 630 Tons Capacity | Constant pressure output | Coaxial deep drawing & profile straightening |
| Punching Press Machines | 5 Tons to 250 Tons Capacity | High stroke frequency | Sheet metal punching, blanking, & progressive stamping |
| CNC Machining Centers | 4-Axis & High-Speed Spindles | 0.001mm positioning tolerance | Finishing of lost wax castings and raw forgings |
| TIPAS MACHINE | h65TMY Series | Multi-tasking turning-milling center | Complex custom components with tight tolerances |
Quality is life. With our clients' collaboration, we operate a strict quality assurance system from incoming raw material analysis to final dimensional reports.
Provides optical emission spectrometry to verify exact material chemistry (carbon, nickel, chromium, silicon) prior to pouring molten metal.
Coordinate Measuring Machine maps complex 3D profiles to verify physical coordinates against the customer's design drawing.
Optical non-contact inspection system designed for fast, accurate measurements of small elements, geometries, and edge profiles.
Secondary high-resolution video measurement station ensuring full-batch structural stability and dimensional repeatability.
Quantifies surface micro-irregularities (Ra values) to confirm compliance with target sealing and mating surfaces.
Assesses structural elasticity, yield strength, and compression resistance of assemblies and individual casting variants.
Our quality management is certified to ISO 9001:2015. Furthermore, our commitment to corporate social responsibility, workplace safety, and ethical manufacturing is verified by our SA8000 Certification.
We provide full traceability records, material analysis sheets, non-destructive testing (NDT) results, and certificates of conformity for critical components in high-stakes fields like oil and gas exploration, aerospace, and medical engineering.
Take a virtual tour of Ningbo Jiangbei XinYe Metal Works Co., Ltd. and witness our mechanical processing capabilities.
Gain insights into our investment casting mold warehouse, chemical processing line, heat treatment section, and integrated manufacturing floor.
Observe the multi-axis machining center as it mills, drills, and turns raw forged billets into complex industrial hardware.
Our components perform in demanding environments where failure is not an option. Explore our specialized solutions by sector.
Explosion-proof enclosures, flame sensors, fire detectors, and toxic gas sensor housings designed to endure high pressure and corrosive environments in chemical plants and mining operations.
Hydrant Pit Box KitsComplex structural parts, turbine inlets, gearboxes, transmission bracket arrays, and fuel system hinge brackets with high tensile properties and minimal weight.
Aviation Pit BoxesPrecision transmission components, suspension arm linkages, lightweight structural connectors, and specialized aluminum levers for E-bike chassis assemblies.
E-Bike Component KitsWhip cream canisters, food-grade regulator bodies, valve manifolds, and cooking stove grates cast from hygienic stainless steels and food-safe alloys.
Cream Whippers & StovesReview our recent customized manufacturing projects, specifying metals, tolerances, and configurations.
Critical wear plates and connection hinges engineered for heavy excavation machinery. Focuses on structural fatigue life and tensile strength.
Material: Stainless Steel, Aluminum
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Thin-walled gear shift forks with integrated oil paths, casting-optimized to reduce engine block deadweight.
Material: Aluminum Alloy, Steel
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Heavy-duty ground pit boxes with environmental seals, engineered to withstand jet landing-gear loads.
Material: Cast Iron, Steel Alloys
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Precision feed rollers and high-speed cutter plates designed to withstand impact and abrasion in timber processing.
Material: Q345B, 42CrMo, NM400
View Case DetailsHow we transition your drawings into finished, quality-verified products. Standardized milestones keep projects on schedule.
Clients supply 2D engineering drawings (PDF/DXF) and 3D CAD models (STEP/IGS). Our technical team conducts a comprehensive Design for Manufacturing (DFM) review, addressing draft angles, shrinkage rates, and parting line locations.
Our tooling workshop designs and cuts precision steel molds. Waxes are injected, slurry coats applied, dewaxing executed, and raw samples poured. After machining, we provide material certificate validation and coordinate measurement inspection reports.
Samples are dispatched to the customer for assembly verification and physical testing. Mass production begins only after receiving formal customer sign-off and approval of the sample quality report.
Our casting lines, forging units, and CNC centers manufacture the batch in parallel. Quality control checkposts monitor dimensions and mechanical integrity at multiple stages of production.
We maintain a dedicated assembly floor to complete final product integration. XinYe provides a 1-year manufacturing defect warranty from the delivery date, backed by responsive engineering support.
Take a closer look at our high-performance machining centers and forging assets that maintain our technical edge.
Large-capacity hot forging equipment designed to refine microstructures, eliminate internal voids, and maximize structural load capacity.
Modern multi-axis CNC machines configured to run high-feed rates and complex programs with minimal deflection.
Cleanroom-grade metrology equipment to verify chemical composition, surface roughness, and dimensional tolerances.
At XinYe, we recognize that high-integrity casting begins with the raw material. All incoming alloy ingots, stainless steel scrap, and chemical additives undergo systematic testing using optical emission spectrometers. This ensures strict conformance to ASTM, DIN, EN, and JIS standards before charging the induction melting furnaces.
Additionally, we run thermal-analysis programs to monitor liquid metal chemistry. During solidification, our engineers control cooling profiles to minimize micro-shrinkage, hot tearing, and structural defects, ensuring structural reliability in critical field applications.
Our workforce of 130 professionals comprises specialized casting engineers, tooling designers, CNC machinists, quality auditors, and global supply chain coordinators. Over the past three decades, we have secured more than 20 technical utility model patents, demonstrating our commitment to manufacturing innovation.
Our team works closely with procurement departments worldwide. We offer comprehensive engineering support during the prototyping phase to optimize designs for weight reduction and mechanical strength.
Get answers to common queries regarding pricing, lead times, certifications, and technical capabilities.
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XinYe Metal
