Explore our diverse manufacturing capabilities covering precise profiles, castings, stamping, and forging products customized to your engineering configurations.
High-integrity components designed with optimal thermal conductivity and robust structures for complex industrial assemblies.
Advanced sheet metal shaping providing severe deformation resilience, thin wall structural profiles, and precise geometry.
Dense grain structure profiles for aerospace and safety critical transmission systems, delivering high tensile strength.
Investment casting achieving exceptional surface finishes and dimensional accuracy for intricate internal flow paths.
Premium 4-axis post-processing centers turning profiles into exact tolerance matches for high-stress applications.
Multi-stage stamping for precision steel, alloy, copper and plastic profiles with tight tolerance parameters.
High-precision milling and turning services, ensuring tight-fit assembly matching for modern mechanical applications.
Tough material structures designed with high fatigue resistance for heavy load industrial configurations.
For over 28 years, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed from an owner-managed SME family business into a internationally recognized metal fabrication factory. Strategically situated in the Ningbo Jiangbei Industrial Zone—under 3 hours from Shanghai International Airport—our 16,000 m² of specialized production floorspace (with another 11,000 m² in development) processes raw material alloys into certified global shipments.
Our core competence resides in our engineering department, comprised of 50 technical specialists out of a total staff of 130. We integrate engineering, industrial tooling, surface treatments (Anodizing & E-polish), and validation systems to ensure your critical procurement specifications are met.
With over 20 technical patent certificates and advanced analytical tools, we collaborate on product design optimization to reduce weight and raw material cost while maximizing structural capabilities.
In-depth insights into technological transformation, material compositions, and global procurement criteria defining the future of custom extrusion profiles.
Global procurement demands are shifting towards highly specialized alloys such as the 6000 and 7000 series. Incorporating trace elements improves strength-to-weight ratios, corrosion resistance, and thermal performance, supporting lightweighting initiatives in modern electric vehicles.
Under strict global sustainability criteria, OEMs prioritize suppliers that minimize energy footprints and utilize green smelting processes. Our optimized thermomechanical extrusion parameters reduce processing waste, helping downstream buyers meet ESG metrics.
Modern applications require tighter tolerances. Advanced extrusion lines utilize online laser measurement systems and automatic run-out controls to meet Geometric Dimensioning and Tolerancing (GD&T) specifications without requiring excessive CNC secondary operations.
For procurement managers in North America, Europe, and Asia, qualifying an extrusion profile supplier involves assessing manufacturing capacity, material traceability, regulatory compliance, and rapid prototyping capabilities. Key metrics include tooling life predictability, quality cost control, and logistical resilience.
Full chemical composition analyses mapped to material heats via GNR Spectrum analysis.
First-article samples engineered and shipped in as little as 7 days, complete with layout reports.
16-hour daily operations scalable to a 24/7 run within 30 days to meet surge demands.
From design visualization to material deformation, our production floors utilize imported equipment and strict process control.
Every profile profile project starts with deep technical drawing analysis. Our engineering team evaluates your files to optimize wall thicknesses, hollow chambers, and transition radii.
Before beginning mass production, we perform tool profiling runs to evaluate surface conditions and dimensional precision.
Customer feedback is integrated back into the design loop. We adjust tolerance parameters based on assembly feedback to ensure exact fit.
Once the sample is approved, the project moves to bulk production. The profile shapes are extruded, aged to temper specifications, and cut.
Our core production machinery is imported from Japan and Germany to maintain precision and stability across high-volume production runs.
Our hot forging presses provide capacities from 300 to 1,000 tons, handling high-density structural components with precise temperature controls.
Precise 4-axis machining centers and CNC lathes maintain manufacturing accuracy down to 0.001mm tolerances.
Featuring 3D coordinate measuring machines (CMM), surface roughness testers, and mechanical testers to verify dimensional accuracy.
Watch our advanced equipment in action, showcasing automated material handling, press processes, and post-machining operations.
Our custom profiles are optimized to perform in critical applications across diverse global industries.
Explosion-proof casings and sensor enclosures designed for mining, oil & gas detection systems, and hazardous environment monitoring.
Aviation fuel hydrant pit boxes, turbine inlet profiles, hinge brackets, and critical fuel delivery channel manifolds.
High-strength transmission parts, motor housings, structural frames, and lightweight components for standard and E-bikes.
Food-grade alloy cream whippers, cooking stove components, and sanitizable parts meeting strict international safety compliance.
| Vertical Segment | Common Materials | Secondary Processing Required | Critical Parameters Verified |
|---|---|---|---|
| Industrial Safety | Al6061, Al6063, Brass | Precision Boring, Custom Threading, Hard Anodizing | Flame path tolerances, gas sealing verification |
| Aerospace | Al7075, Stainless Steel 316 | Hot Forging, 4-Axis Milling, Crack Detection | Fatigue resistance, mechanical tensile strength |
| Automotive & E-Mobility | Al6082, Al6060 | High-speed CNC, Robotic Deburring, Anodizing | Dimensional alignment, surface aesthetics |
| Food Processing | Al5052, Stainless Steel 304 | Electrochemical Polishing, Surface Passivation | Material chemical composition, sanitization performance |
At Xinye, quality is fundamental to our operations. We maintain a structured inspection system from raw materials to final packaging. Our processes are ISO 9001:2015 and SA8000 certified, supporting stable production quality and compliance.
GNR Spectrum Analyzers verify chemical compositions for every raw material batch before manufacturing begins.
CMM inspection systems measure complex geometries to confirm dimensional alignment with CAD files.
Automated Video Measuring Systems verify tolerances on high-precision profiles.
GNR Spectrum Analyzer
CMM Inspection Machine
Video Measuring System
Tension Testing Machine
Our commitment to continuous improvement guides our strategic investments in manufacturing technology.
We are integrating automated run-out tables, cooling beds, and double-puller systems to improve cross-sectional uniformity and surface quality during production runs.
We are implementing PVD and specialized nitriding coatings on our tooling components. These surface treatments extend die life, minimize friction, and reduce surface defects on complex profiles.
Our roadmap includes increased usage of recycled alloys, automated energy monitoring systems, and closed-loop process cooling water systems to minimize environmental impact.
Comprehensive answers regarding our technical capabilities, quality control processes, and global commercial logistics.
Explore our complete manufacturing portfolio, presenting custom casting, forging, machining, and stamping products.
Complex high-density structural components with low gas porosity and high surface finish characteristics.
Precise stamping solutions for multi-thickness thin wall applications, providing structural rigidity.
High-integrity hot forged profiles designed for safety critical systems demanding zero internal defects.
Intricate internal structures and thin wall options for aviation and automotive fluid management components.
High-precision component machining with close dimensional repeatability for automation assemblies.
Formed housings, deep drawn shells, and mechanical structural brackets tailored for commercial products.
4-axis CNC milling and precise lathe turning for aerospace-grade tolerances and component configurations.
High fatigue-resistant forged profiles ideal for harsh industrial environments.
XinYe Metal