Explore our core products and production parts designed for high-stress manufacturing sectors.
Founded in 1996 as an owner-managed SME corporation, Xinye Metal has established itself as an authoritative leader in metal fabrication. Located in the Ningbo Jiangbei Industrial Zone, our facility stands at the crossroads of logistics convenience, reachable within 3 hours from Shanghai International Airport via the high-speed rail network.
Our sprawling production infrastructure features 16,000 square meters of high-tech production floor space, complemented by an additional 11,000 square meters of planned construction. The foundation of our production expertise lies in our 130 highly specialized employees—consisting of 80 skilled production staff and a dedicated engineering and R&D department of 50 technicians, quality controllers, and global logistics operators.
In the contemporary industrial ecosystem, precision stamping dies are the bedrock of mass manufacturing. As the automotive, aerospace, and energy sectors undergo rapid transformations, the demands placed on tool makers have intensified. High-strength low-alloy (HSLA) steels, advanced aluminum alloys, and multi-thickness materials require stamping dies that can withstand immense pressure without compromising geometrical tolerances. From progressive tooling designs to transfer systems, modern OEM stamping die makers must integrate simulation software (FEA), precise tool design, and robotic automation to remain globally competitive.
The stamping die industry is transitioning from a traditional heavy-tooling hardware sector to an engineering-driven "software + hardware" integrated market. Progressive dies are now equipped with real-time acoustic sensors, electronic component feedback, and pressure-monitoring systems. This allows for predictive maintenance, preventing catastrophic tool failure in high-speed production cycles. Furthermore, global OEMs are opting for integrated partners who can manage both the initial prototype design phase, tooling validation, mass volume press work, and surface post-treatments under a single roof.
From deep-drawn housings for electric vehicle power modules to high-precision aerospace duct connectors, our custom-built tools are designed for regional regulatory compliance and local manufacturing parameters. By locating our operations in the industrial hub of Ningbo, Xinye minimizes shipping delays to international automotive corridors. Our team is fluent in global tooling standards, ensuring that die structures built in China run seamlessly on presses located in Munich, Detroit, or Monterrey.
A comprehensive metal processing portfolio tailored for complex geometries and advanced surface requirements.
High-precision 4-axis control centers and turning lines capable of achieving sub-micron level tolerances for complex engine blocks and aerospace fittings.
Using friction presses up to 1000 tons, we forge dense, high-strength aluminum parts optimized for structural and mechanical performance.
State-of-the-art wax die stainless casting capabilities, ensuring smooth surface finishes and complex internal hollow geometries.
Robust sheet metal stamping, deep drawn forming, and extrusion lines. We process steel, copper, high-grade alloys, and technical polymers.
In-house anodizing, electrophoretic polishing, chromate conversion coatings, and sandblasting to enhance corrosion resistance and aesthetics.
Xinye components operate in critical sectors demanding zero-defect tolerance.
Explosion-proof enclosures, fire/gas safety detectors, mining hardware, flame sensor housings, and hydrant pit box enclosure kits for harsh oil & gas fields.
Turbine inlet guide vanes, structural transmission brackets, internal duct networks, and safety fuel delivery components.
Critical transmission gear components, e-bike dynamic system connectors, light-weight alloy frame levers, and electrical tube networks.
High-durability cream whippers, tabletop cooking burners, and certified stainless components meeting FDA and sanitary requirements.
Step inside our production facilities. Witness the mechanical capability of our tool rooms and automated assembly lines.
Ningbo Xinye Corporate Capability & Tool Room Overview
TIPAS MACHINE h65TMY Operating Precision Demonstration
300 tons to 1000 tons press force. Optimal for high-impact aluminum forging and deep draw operations.
100 tons to 630 tons capacity. Perfect for structural steel forming and multi-stage progressive stamping dies.
5 tons to 250 tons punching fleet. Optimized for stamping thin-wall and intricate electrical sheet materials.
Our default operating capacity is 16 hours per day, 6 days a week. However, to meet urgent high-volume rollouts, we can scale to full 24/7 continuous operations within 30 days.
In-house inspection equipment verifies chemistry, dimensions, and tolerances at every stage of the manufacturing process.
Quality is the lifeline of our company. With ISO 9001:2015 and SA8000 certifications, Xinye provides traceable document packets, dimensional reports, and material certificates for every production run.
Ensures chemical composition compliance of raw alloys before casting or forging begins.
3D coordinate testing to verify geometric dimensioning and tolerancing (GD&T) values.
Non-contact optical dimension inspection for micro-features and stamp components.
Automated edge profiling and depth mapping of complex surface curvatures.
Verifies Ra surface roughness limits after electropolishing or mechanical grinding.
Mechanical testing to verify yield strength and elongation capacities.
Our inspection begins before raw metals hit our warehouse shelves. We perform chemical assays, ultrasonic material scan tests, and micro-cleanliness checks. Only validated raw materials move into our cutting-edge forging and deep drawing queues, completely mitigating risk of structural fracture during component lifecycle.
From engineering blueprints to global delivery, our structured workflow ensures quality and transparency.
Detailed review of customer 3D models and tolerances. Initial Design for Manufacturability (DFM) assessment is generated.
Tool design using modern CAD software. FEA validation of stress points, spring-back compensation, and material thinning limits.
Initial sample run is generated. A full dimensional inspection report and material certification packet are shipped to the customer.
Upon customer sample confirmation, we initiate bulk operations using strict inline inspection metrics. In-process control points ensure zero variation during production.
We provide a solid one-year warranty on all manufacturing defects. Our team remains at your disposal to offer tooling maintenance adjustments or die rebuilds.
At Xinye Metal, we understand that reliability is paramount in OEM/ODM partnerships. Our values are anchored in trust, responsibility, and professionalism. We do not just build metal components; we engineering complete, structured supply chains that allow our partners to sleep soundly.
Our certifications: ISO 9001:2015 for quality management, and SA8000 compliance, testifying to our ethical labor and high industrial operation standards.
Technical & Engineering Department
Assembly Workshop Floor
Hot Forging Fleet Operations
Quality Control Testing Lab
Packaging & Shipping Dock
Specialized Tooling Center
Deep technology catalog featuring diverse metallurgic production methods.
Automated progressive tooling optimized for complex thin-walled sheet forming.
High structural integrity stainless components designed for extreme environments.
Fast-cycle production of complex aluminum parts with minimal machining margins.
Forged components optimizing internal grain alignment for high physical load applications.
Automated post-casting and post-forging milling to finalize critical seal interfaces.
Real-world application engineering validating our structural and material solutions.
Precision hot forged aluminum and steel alloy components built for heavy industrial machinery operating under extreme loads.
High-precision transmission parts and leverage fittings manufactured under tight geometric tolerances using advanced tool configurations.
Aviation Fuel Hydrant Pit Box, Hinge Bracket, turbine inlet nozzles, and fuel flow transmission parts engineered from high-purity aluminum alloys.
Heavy industrial wood chipper cutter discs and feed shafts manufactured from high-impact Q345B, 42CrMo, and wear-resistant NM400 alloys.
All parts are built under strict dimensional parameters in our ISO-certified facilities.
As we look toward 2030, our engineering division is actively pursuing technical goals designed to keep our partners ahead of the curve.
Integration of high-tier FEA solvers to predict stamping wrinkles, spring-back, and shear failures. Designing robust progressive dies that form Ultra-High-Strength Steel (UHSS) and structural grade aluminum sheets without thinning fractures.
Development of tool systems containing proximity sensors, force gauges, and temperature probes. These elements send operational logs directly to operators, detecting alignment drift in high-volume press environments before defect generation.
Building digital twin layouts of our high-speed friction and hydraulic press lines. This permits offline programming of transfer arms and automation tooling, bringing mold swap-out down times under 15 minutes.
Enhancing scrap loop reclamation of high-grade copper, stainless, and aluminum alloys. Optimizing tool heating schedules and gas ovens to minimize the carbon footprint of structural castings and forged assemblies.
Find detailed technical answers regarding tooling, materials, production times, and shipping.
XinYe Metal
