Browse our core structural components engineered to aerospace, industrial, and automotive standards.
The global manufacturing ecosystem is shifting towards tighter integration, complex structural profiles, and high-performance alloys. At the forefront of this industrial revolution, Ningbo Jiangbei XinYe Metal Works Co., Ltd. delivers high-precision metal parts manufacturing. Our one-stop services consolidate the complete engineering pipeline: Aluminum Extrusion and Hot Forging, Stamping, Lost Wax Casting, High-Accuracy CNC Machining, Anodizing, and E-polish Surface Treatments.
E-E-A-T Quality Principle: Operating since 1996, XinYe operates a 16,000 m² state-of-the-art production facility, leveraging advanced CNC machining equipment imported from Japan, certified to ISO 9001:2015 and SA8000. Our design cycle translates complex multi-axis CAD geometries into robust physical components with micro-level accuracy.
By deploying automated metallurgy processes and optical analysis tools, we mitigate common defect rates, ensuring absolute conformity for extreme environmental applications, such as safety detection chambers, automotive drivetrains, and aerospace transmission assemblies.
Key pain points faced by procurement managers in sourcing specialized metallurgy services globally.
Modern operations require highly reliable tier-1 manufacturing partners who mitigate upstream material volatility. Our structural raw material sourcing agreements ensure stable pricing pipelines for multi-year industrial programs.
Sourcing components without documented verification risks production delays. XinYe delivers comprehensive testing portfolios including material certificates, dimensional reports, CMM analysis, and spectrographic checks for all batches.
Unplanned lead times impact competitive advantage. XinYe addresses this with a standard sample delivery of 7 days and full batch manufacturing output within 20 to 30 days under strict control protocols.
A comprehensive breakdown of our multi-disciplinary metal manufacturing capability portfolio.
Processing copper, steel alloys, and aluminum profiles utilizing high-tonnage punch presses (up to 250 tons). Perfect for precise wall thicknesses and complex cylindrical enclosures.
Delivering high-accuracy investment castings in stainless steel and special carbon alloys. This technology ensures dimensional structural integrity and reduces the need for secondary machining.
High-efficiency custom die casting processes optimized for structural housing assemblies. Features excellent surface finishes and weight-to-strength ratios suitable for mass production.
Friction presses ranging from 300 to 1000 tons are utilized to restructure grains in aluminum alloys, delivering high fatigue resistance for critical applications.
Precision turning and 4-axis milling centers with 0.001mm precision capabilities. Designed to process tough alloys and complex structural geometries efficiently.
Our manufacturing complex is built to support scale, quality control, and strict compliance. Operating dynamic lines 16 hours a day, 6 days a week, we can scale to a 24/7 continuous schedule within 30 days of client request.
Our facilities allow for immediate capacity expansion, with adjacent industrial land secured for custom plant investment based on long-term client requirements.
Quality is our core principle. Traceable file protocols, material validation, and precision measurement equipment guarantee zero defects.
Every step of the manufacturing pipeline, from incoming chemical analysis to post-finish measurements, is recorded. Our team participates in continuous development programs to maintain high production and quality standards.
Our quality assurance department is equipped with industry-standard metrology systems to analyze dimensional parameters and structural composition.
Whether testing alloy composition using spectrum analysis or confirming critical dimensions with CMM testing, our equipment validates structural integrity at every step.
Verifies Chemical Compound Values in Alloys
3D Coordinate Geometric Metrology
High Precision Optical Profilometry
Surface Texture and Micro-Finish Verification
Tensile & Yield Strength Testing Machine
Our custom components perform under challenging operating conditions globally.
Fire and gas safety detection components for the oil, gas, and mining sectors. We produce complex flame sensors, explosion-proof toxic gas sensor housings, and fire hydrant box enclosure assemblies.
Aircraft grade components including turbine inlets, structural brackets, transmission units, and specialized ground systems like the Aviation Fuel Hydrant Pit Box.
Providing essential components for standard transmissions as well as structural parts for electric micro-mobility, including high-durability E-bike frame connectors, tubes, and brake levers.
Supplying components for food service equipment, including certified whipped cream dispensers, cooktop assemblies, and commercial kitchen hardware.
From initial design evaluation through tooling setup, pilot fabrication, and delivery.
DFM feedback and quoting based on 3D models.
CNC-milled molds configured to optimize tolerances.
Sampling process verified via physical inspection reports.
Active monitoring and inline checks during assembly.
Export-grade packaging and complete export documentation.
Review projects built to client specifications across various industries.
Precision structural components designed for industrial equipment applications. Manufactured from selected aluminum and stainless alloys to ensure strength.
Material: Stainless Steel / Aluminum Alloy
Safety-critical components with tight dimensional tolerances. These structures are optimized to withstand high vibrational loads in vehicles.
Material: Aluminium Alloy 6000 Series
Components designed for airport refueling points and jet fuel storage systems, engineered for demanding industrial environments.
Material: SS316L / Anodized Aluminum
Industrial feed rollers and cutter discs built for wood processing machinery, engineered to resist high impact and abrasive wear.
Material: Q345B / 42CrMo / NM400 SteelOur turning and milling operations utilize Japanese CNC machinery. In critical turning steps, the TIPAS MACHINE h65TMY enables multi-axis machining capabilities.
Technological Edge: The integration of 4-axis control configurations reduces the need for multiple manual setups, minimizing cumulative error risks and improving manufacturing accuracy.
This automated approach enables production of high-volume batches with dimensional variations within 0.001mm.
XinYe aligns manufacturing processes with international standards for both quality assurance and workforce welfare.
Confirms compliance with international quality management systems.
Verifies workplace safety and fair treatment across operations.
50 engineers dedicated to design development and quality control.
How XinYe aligns with modern industrial shifts, sustainability goals, and smart manufacturing.
We are incorporating smart sensors into our press machinery. Real-time diagnostic monitoring helps minimize dimensional variation during high-volume production runs.
To support global environmental targets, we optimize energy usage during thermal processes like hot forging and casting. Post-industrial alloy scrap is recycled back into production cycles.
We work with research institutions to test high-performance alloys. These materials aim to reduce component weight while maintaining structural strength for aerospace and EV projects.
Essential information regarding terms, lead times, manufacturing specifications, and logistics.
Our rates are determined by current raw material market prices, complexity of the part geometry, production run volumes, tooling configurations, and post-machining finishes. Please contact our sales team with your 3D CAD models (STEP/IGS format) for a detailed quotation.
We maintain an ongoing minimum order quantity for international orders to optimize machine tooling setups. MOQ specifications vary depending on the production method (casting, forging, stamping, or CNC machining). For smaller quantities, please consult our engineering department to check for open tooling options.
Yes. All shipments can be provided with Certificates of Conformance (CoC), material chemical composition analysis, surface roughness reports, and CMM dimension verification logs. We also supply custom export documents as required by destination ports.
Prototyping and tooling sample programs are typically completed within 7 working days. Mass production runs generally require 20 to 30 days, calculated from receipt of the deposit payment and final design sign-off. We work to adjust scheduling to meet urgent project requirements.
Our standard terms are 30% deposit in advance, with the remaining 70% balance paid against the Bill of Lading (B/L) copy. We accept bank telegraphic transfers (T/T), Western Union, and PayPal for sample runs.
We use export-grade packaging, including corrosion-preventive wrapping, custom wooden crates, and shock-absorbing inserts. For delicate or high-finish items, we configure specialized compartmentalized packaging to protect them during transit.
Access our production lines for custom components built to international engineering standards.
XinYe Metal