Wholesale Lost Wax Aluminum Casting Manufacturer & Factory

Precision Investment Casting Services, State-of-the-Art CNC Machining, and Advanced Metallurgical Solutions by Ningbo Jiangbei XinYe Metal Works Co., Ltd.

Ningbo Jiangbei XinYe Metal Works Factory

Who We Are: Ningbo Jiangbei XinYe Metal Works Co., Ltd.

Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has evolved into an owner-managed SME corporation recognized globally for engineering excellence. Based in the strategically advantageous Ningbo Jiangbei Industrial Zone, our facility is within a 3-hour commute of the Shanghai International Airport via the high-speed rail network, positioning us as an ideal partner for global supply chain integration.

Operating across a total production floor area of 16,000 square meters, with an additional 11,000 square meters reserved for ongoing construction expansion, our facility is engineered to accommodate high-volume production demands. Out of our 130 highly trained employees, 80 operate directly on the production floor, while an expert team of 50 is dedicated to product development, advanced metallurgical engineering, stringent quality assurance, and global operational support.

1996

Established

16,000㎡

Production Space

130

Specialists & Crew

The Science of Lost Wax Aluminum Casting & Engineering

A metallurgical perspective on achieving unparalleled structural integrity, low porosity, and near-net-shape accuracy

Lost wax aluminum casting (also referred to as aluminum investment casting) represents the absolute pinnacle of structural fidelity in metal manufacturing. Unlike conventional sand casting or high-pressure die casting, lost wax processes utilize a disposable wax pattern inside a ceramic shell to shape molten aluminum. This technique is critically required for components that demand exceptionally high dimensional tolerances, thin walls, complex internal geometries, and minimal post-cast machining.

At XinYe Metal Works, we specialize in overcoming the primary metallurgical challenges associated with aluminum investment casting, including gas porosity and shrinkage cavities. By controlling critical variables such as dendritic arm spacing (DAS), grain refinement agents (e.g., Al-Ti-B master alloys), and degassing protocols (utilizing inert nitrogen purges), we guarantee that our cast structures achieve maximum yield strength and mechanical elongation properties.

Alloy Selection & Control

We work extensively with standard cast alloys (e.g., A356, A380, AlSi10Mg) as well as custom aerospace-grade configurations, ensuring precise chemical compliance through spectrometer testing before every pour.

Near-Net-Shape Accuracy

Our investment casting process yields surface finishes up to Ra 3.2 or better, significantly reducing downstream material waste and secondary processing times on high-precision surfaces.

Optimized Thermal Cycles

We employ precise T6 heat treatment regimens (solution treatment and artificial aging) to customize mechanical profiles, balancing tensile strength with localized ductility requirements.

China Factory 4.0: Supply Chain Resilience & Efficiency Advantages

How XinYe combines advanced automation, localization benefits, and logistical proximity to mitigate procurement risk

Operating in the modern manufacturing landscape requires more than basic industrial capability; it requires robust supply chain resilience. XinYe Metal Works sits in the heart of China’s premier manufacturing cluster in Ningbo. This location provides us with immediate access to a dense network of raw material refiners, specialized tool designers, and advanced surface treatment experts.

Our infrastructure is designed for rapid scalability. While our standard facility operations run on a highly productive 16-hour daily schedule across 6 days a week, our management systems and floor operations are engineered to scale up to full 24/7 continuous operation within 30 days of client notification. This agility is backed by the availability of adjacent physical expansion space, allowing us to build custom assembly or specialized machining cells for long-term customer projects.

Proximity to Ningbo-Zhoushan Port: As one of the world's busiest container ports, our close location allows us to coordinate sea shipping with minimal overland transit times, reducing domestic transport costs and shielding our international partners from logistical delays.

Supply Chain At A Glance

  • Ningbo Port Access: Instant worldwide dispatch.
  • 24/7 Scaling Capability: Achievable in 30 days.
  • Vertical Integration: In-house tooling, casting, machining, and surface treatments.

Manufacturing Capabilities & Technical Roadmap

Equipped with specialized metal fabrication machinery imported directly from Japan

At XinYe, we maintain a complete portfolio of metal processing equipment that enables a wide scope of metal manufacturing services. While investment casting is a primary discipline, we integrate it with multiple manufacturing technologies to offer single-source product responsibility.

Our core machine assets include:

  • Friction press lines: Equipped with press capacities ranging from 300 tons to 1000 tons.
  • Column hydraulic presses: Capable of delivering force between 100 tons and 630 tons.
  • Mechanical punching presses: Versatile setup running from 5 tons to 250 tons.
  • CNC Machining centers: State-of-the-art 4-axis control units and vertical machining systems for precision tolerances down to 0.001mm.
  • Secondary Operations: Integrated lines for Extrusion, Stamping (handling steel, copper, alloys, and polymer materials), Anodizing, and Electro-polish surface treatments.

Technical Roadmap & Future Outlook

To remain at the absolute cutting edge of the global investment casting market, XinYe is executing a strategic technology development plan. Our roadmap for the next 3 to 5 years focuses on the implementation of additive manufacturing (3D printing) for pattern creation, which completely bypasses the tooling requirement for low-volume structural prototypes.

Furthermore, our metallurgy research focuses on expanding our high-vacuum casting practices to prevent alloy oxidation, alongside integrating structural sensor nodes directly into metal components for IoT applications in transportation and aerospace sectors.

Macro Industry Solutions & Case Studies

Certified engineering components built for high-stress applications across Europe, North America, and Russia

Industrial Components

Industrial Infrastructure

Our heavy components are engineered for machinery and harsh environments. This includes advanced oil, gas, and mining fire and safety system components, flame sensors, explosive/toxic gas detectors, and hydrant pit box enclosures.

Primary Alloys: Stainless Steel, Premium Aluminum Alloys

Automotive Components

Automotive & E-Mobility

We supply transmission components and specialized components for high-reliability EV drive units, alongside precision structural frames, levers, connectors, and tubes for modern E-bikes.

Primary Alloys: A356-T6, AlSi10Mg, 6061-T6

Aerospace Industry

Aerospace & Aviation

Providing high-precision components such as Turbine Inlets, complex transmission system housings, structural hinge brackets, and specialized aviation fuel hydrant pit box kits.

Primary Alloys: High-Strength Aerospace-Grade Aluminum

Wood Chipper Components

Agricultural & Appliance

Precision fabricated components for commercial processing systems, wood chipper cutter discs, feed rollers, tabletop cooking stoves, and safety cream whippers.

Primary Alloys: Q345B, 42CrMo NM400 for shafts, Stainless Steel

Stringent Quality Control & ISO Compliance

We treat quality as our life force. Every process is documented, traceable, and validated.

Quality Control Lab

A Solid Inspection Protocol

At XinYe Metal Works, quality control is integrated directly into the factory floor. Our internal quality assurance department utilizes advanced measurement tools to guarantee that dimensional accuracies and metallurgical properties meet technical drawing requirements.

Our operations are certified to the highest standards, including ISO 9001:2015 for quality management and SA8000 for social accountability and ethical labor compliance. This makes us a reliable supply partner for demanding OEMs in Europe and North America who require transparent, responsible sourcing.

GNR Spectrum Analyzer

GNR Spectrum Analyzer

Performs chemical profiling of raw alloys prior to casting to ensure specification compliance.

CMM Inspection Machine

CMM Inspection Machine

3D coordinate testing systems validating complex profiles against CAD master drafts.

Video Measuring System

Video Measuring System

Non-contact optical inspection system ensuring fast and precise part alignment checks.

Alternative Video Measuring System

Optical Metrology Equipment

High magnification inspection of structural microstructures and machined details.

Rough Meter

Surface Roughness Profilers

Ensuring external surface roughness satisfies technical specifications post-anodizing.

Spring Tension Tester

Mechanical Tester

Validating mechanical spring tension, material yield limits, and compression tolerances.

Step-by-Step OEM Workflow

From initial blueprint engineering to production validation and international delivery

1

Technical Consultation & Specification Review

The client shares their CAD designs, mechanical limits, and application environment details. Our engineers perform a manufacturability review to optimize mold tooling configurations.

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2

Sample Development & Prototyping

We build precision tooling molds and cast a trial batch. We conduct chemical composition, dimensions, and structural integrity checks, and then ship pre-production samples to the customer alongside a full dimension report.

Sample Production
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3

Customer Evaluation & Refinement

The client tests samples under load conditions. Feedback is compiled and integrated into our tooling designs to prepare for final validation.

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4

Mass Production & In-Process Inspection

Upon sample approval, mass production is initiated. Quality control checks are conducted at multiple stages during manufacturing, including melt chemistry, dimension testing, and surface treatments.

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5

Packaging, Shipping & After-Sales Support

Components are packed using heavy-duty export packaging to prevent damage during transit. We provide a full 1-year product warranty covering manufacturing defects.

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Dedicated Assembly Workshop

To support complex OEM requirements, our facility includes a dedicated assembly area. This allows us to deliver complete, ready-to-install assemblies rather than just raw components. We manage the integration of gaskets, precision pins, fasteners, and springs, helping to reduce our clients' supply chain complexity.

Assembly Workshop Area

Advanced Production Machinery Portfolio

Precision tooling and high-precision CNC machining centers for complex geometric structures

Aluminum Hot Forging Machine

Hot Forging Presses

Heavy capacity friction presses and column hydraulic equipment configured to run forging workflows for high-strength requirements.

CNC Machining Center

CNC Machining Centers

4-axis vertical CNC milling machinery designed to execute precision post-cast adjustments on critical mounting surfaces.

Metrology Instruments

Quality Inspection Lab

Equipped with high-precision CMM, optical sensors, and analytical instruments to ensure dimensional and structural quality.

Advanced Fabrication: TIPAS MACHINE h65TMY

For complex components, we utilize advanced machining centers such as the TIPAS Machine. This equipment combines multi-axis functionality with automated setups to ensure high geometric consistency.

This combination of casting and precision machining allows us to maintain tight tolerances and clear geometric patterns on complex parts.

Global Standards, Certifications & Corporate Culture

How we ensure international quality compliance and ethical social accountability

Ningbo Jiangbei XinYe Metal Works Co., Ltd. operates with a strong commitment to three core company values:

  • Trust: Building reliable partnerships with our clients by aiming to meet and exceed their quality expectations.
  • Responsibility: Working carefully to deliver comprehensive manufacturing solutions based on our customers' technical specifications.
  • Professionalism: Approaching each project with dedicated engineering expertise and a focus on continuous improvement.

Our facility maintains active ISO 9001:2015 and SA8000 certifications. These standards help ensure that our quality systems and production environments meet global compliance and social accountability expectations.

ISO 9001 Certificate SA8000 Compliance Document

Comprehensive Metallurgical Capability Matrix

One-stop manufacturing services spanning multiple industrial disciplines

Stamping & Deep Drawn

Stamping & Deep Drawn

Forming of sheet metal configurations using hydraulic punching lines up to 250 tons.

Lost Wax Casting

Lost Wax Casting

Investment casting of aluminum and stainless steel alloys for thin-walled parts.

Aluminium Die Casting

Aluminium Die Casting

High-volume casting designed for speed, yield optimization, and surface control.

Aluminium Hot Forging

Aluminium Hot Forging

High-pressure thermal forging for dense grain structures with high fatigue limits.

CNC Machining

CNC Machining

4-axis vertical and horizontal milling and turning systems for high-precision components.

Frequently Asked Questions & Purchasing Inquiries

Clear answers about pricing, lead times, warranties, and technical capabilities

What is your pricing policy for custom metal castings?

Our prices are calculated based on raw material costs (Al LME index values), design complexity, required post-machining tolerances, and order volume. Please contact our sales team with your CAD drawings (STEP, IGES, or DWG files) to receive a detailed quotation.

Do you enforce a Minimum Order Quantity (MOQ)?

Yes. To manage set-up times and production efficiency, we require an ongoing minimum order quantity for international wholesale deliveries. If you have custom requirements, please contact our team to discuss project-specific MOQs.

What documentation can you provide for export compliance?

We provide complete documentation packages, including Certificates of Analysis (CoA), Certificates of Conformance (CoC), raw material melt certificates, heat treatment reports, dimensional inspection reports, and Certificate of Origin (CoO) documents for international shipping compliance.

What are the standard lead times for tooling, samples, and mass production?

Tooling development and sample production typically take about 7 days. Mass production averages 20 to 30 days after sample approval and receipt of the deposit. Lead times are calculated based on our current capacity and the order size.

What payment methods do you accept?

We work with standard international terms: a 30% deposit in advance via wire transfer (T/T), with the remaining 70% balance paid against the copy of the Bill of Lading (B/L). We also accept payments via Western Union and PayPal.

What is the product warranty policy?

We offer a 1-year warranty on all components covering raw material defects and workmanship issues, starting from the dispatch date. If any part fails to meet drawing specifications, we will replace the components or issue a credit.