Explore our core custom component capabilities, manufactured to global standards under strict quality frameworks.
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a highly respected, owner-managed SME corporation specializing in advanced metal forming and fabrication. Situated strategically in the Ningbo Jiangbei Industrial Zone, our facility is within a convenient 3-hour commute from Shanghai International Airport via the high-speed rail network, connecting us directly to global trade arteries.
Our infrastructure spans 16,000 square meters of high-density production space, with an additional 11,000 square meters of dedicated construction land optimized for expansion. To maintain our standard of engineering excellence, we deploy a workforce of 130 highly specialized professionals. This includes 80 core production technicians and 50 experts structured across product development, tooling engineering, quality control, and executive management.
Our core technological portfolio comprises: High-precision CNC machining, structural Aluminum alloy hot forging, lost wax stainless steel casting, heavy extrusion, metal stamping, and specialized surface modification (including anodizing and electrochemical polishing).
We combine advanced mechanical systems with rigorous process engineering to provide turnkey industrial manufacturing services.
Equipped with multi-axis CNC centers and high-precision turning machines capable of achieving structural tolerances down to ±0.001mm. Ideal for complex geometries in aluminum, stainless steel, and specialty alloys.
Utilizing high-tonnage friction press machines ranging from 300 to 1000 tons. We refine metal grain structures to optimize mechanical properties, tensile strength, and structural fatigue resistance.
High-integrity investment casting services for complex components. Near-net-shape casting minimizes machining requirements, assuring excellent metallurgical density and surface finish.
Equipped with column hydraulic presses (100t to 630t) and rapid mechanical punch presses (5t to 250t). We process steel, structural alloys, copper, and engineering plastics with multi-stage progressive dies.
In-house chemical surface treatment lines providing type II & III anodization for superior corrosion barriers, along with electro-polishing for medical and food-grade stainless steels.
A dedicated, clean assembly workshop capable of complete system integration. We perform physical mechanical testing, component pairing, packaging, and logistical preparation.
A technical guide to manufacturing excellence, global commercial trends, and localizing supply chains.
In modern industrial applications, sheet metal stamping and deep drawing represent the backbone of component fabrication. From complex automotive brackets to high-integrity aerospace enclosures, the demand for precision, structural uniformity, and high volume throughput is critical. Our stamping facility operates at the intersection of material science and mechanical automation. With mechanical and hydraulic presses range-bound from 5 to 1000 tons, we design progressive die layouts that eliminate secondary handling and maximize cost-efficiency.
Deep drawing involves pushing sheet metal blanks through a drawing die using a mechanical punch. The depth of the drawn component often exceeds its primary diameter. Achieving this without material wrinkling, thinning, or tearing requires exact calculations of metal flow dynamics, blank-holder forces, and punch radii. By using simulation software, our engineering team optimizes draw ratios and predetermines tool steps, ensuring high-strength steels and structural aluminum maintain metallurgical integrity during severe plastic deformation.
In-house progressive die design tailored to withstand high cyclical mechanical loads.
Continuous-tonnage hydraulic cylinders maintaining exact blank containment pressure.
Strict die calibration ensuring micro-level accuracy over millions of production cycles.
Observe our mechanical systems and automation processes running at scale within our certified facilities.
A comprehensive walkthrough of our stamping, casting, forging, and final validation departments.
High-precision multi-axis turning demonstrating fast cycle times and tight tolerance execution.
In today's volatile global market, regional logistics and supply chain stability are paramount. Xinye operates within Ningbo, home to the world's busiest container port by tonnage. This geographical positioning enables secure shipping avenues, reduced port turnaround times, and direct shipping lines to North America, Europe, and Russia.
Our production model integrates raw material sourcing, in-house tooling creation, multi-technology fabrication, and final surface treatment under one umbrella. By eliminating external sub-contracting logistics, we bypass primary production delays, safeguard engineering IP, and significantly reduce operational overhead.
Logistical capability: Default operating structure consists of 16-hour workdays across 6 days a week. During spikes in demand, we can transition to a 24/7 continuous operation within 30 days, supported by pre-allocated land for plant expansion.
Precision execution requires state-of-the-art machinery. We continuously invest in advanced machinery imported from Japan and Europe.
Large-capacity friction presses (300 to 1000 tons) integrated with induction heaters, providing precise thermal monitoring to prevent structural recrystallization defects.
High-speed 4-axis machining centers featuring auto-tool changers and thermal compensation systems, maintaining dimensional stability during extended run times.
Climate-controlled quality verification room containing 3D coordinate measuring machines (CMM), optical video comparators, and automated surface profile testers.
At Xinye, quality control is not just a final gate but an continuous methodology embedded in every production phase. Our facilities operate under strict ISO 9001:2015 quality systems and SA8000 social accountability standards. This alignment ensures that every component is traceably documented, structurally sound, and ethically manufactured.
Our metrology laboratory utilizes high-precision equipment to maintain tight tolerances and structural integrity. Material raw stock entering the facility is immediately tested for alloy composition and mechanical limits to verify conformity before production begins.
Through automated data tracking, each order has traceable record files detailing raw material heat numbers, intermediate tooling inspection reports, surface finish roughness data, and final dimensional tolerances.
Performs atomic emission spectrometry to verify exact metallurgical compositions of input sheet, castings, and forgings.
3D Coordinate Measuring Machine mapping complex geometric features down to sub-micron tolerances.
Optical inspection system providing high-resolution non-contact dimensional inspection for thin-walled parts.
Enables automated edge-detection to map stamping cross-sections against CAD dimensional boundaries.
Measures exact surface finish profiles (Ra) following polishing and chemical surface treatments.
Assesses mechanical properties, tensile strength, yield points, and elastic compression behaviors.
A systematic workflow designed to convert engineering designs into verified production parts with structured check gates.
01
Clients submit their drawings. Our engineering team conducts a thorough Design for Manufacturability (DFM) review, optimizes production paths, and provides detailed cost breakdowns.
02
We source certified raw materials and machine initial tooling components. Sample units are pressed and measured, generating full dimensional and chemical material test reports.
03
Physical sample parts are shipped to the customer for assembly verification, functional trials, and direct alignment before final tooling release.
04
Following approval, we launch mass production runs on our automated stamping and CNC machining lines, monitored by in-process statistical process control (SPC).
05
We pack parts in customized export containers to prevent damage. A full one-year manufacturing warranty covers all materials and workmanship.
Our fabricated components operate in demanding applications, including safety-critical systems and harsh environments.
Precision structural components for heavy machinery, utilizing high-density hot forging and targeted CNC milling.
Material: Stainless Steel, Aluminum Alloy
Critical drivetrain brackets and E-bike frame connectors designed to meet strict mechanical fatigue standards.
Material: Aluminum, Carbon Steels
Aviation Fuel Hydrant Pit Box kits, precision hinge assemblies, and structural turbine inlet covers.
Material: Aerospace-Grade Aluminum
Precision wood chipper cutter discs and grooved feed rollers designed to endure high impact wear.
Material: Q345B, 42CrMo, NM400 Wear PlateOur core operating philosophy centers on three main values:
Trust: We prioritize meeting and exceeding client expectations through technical support, transparent lead times, and reliable delivery.
Responsibility: We manage each production step carefully, providing complete, end-to-end solutions tailored to the strict quality requirements of our B2B partners.
Professionalism: Our engineering team applies continuous improvement methodologies (PDCA cycle) to optimize production speeds and minimize dimensional variations.
Additionally, our SA8000 compliance ensures that all workers receive fair compensation, safe operating environments, and access to continuous training.
Get answers to common technical, logistics, and quality control inquiries from procurement officers and engineering teams.
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XinYe Metal