Founded in 1996 as an owner-managed SME corporation, Xinye has grown from a specialized family business into a leading industrial force in mechanical metal manufacturing. Located strategically in the Ningbo Jiangbei Industrial Zone, our facility is within an efficient 3-hour transport radius from Shanghai International Airport via high-speed rail networks, positioning us perfectly for seamless global communication and shipping.
Operating with a total facility floor space of 16,000 square meters of highly optimized production floors and an additional 11,000 square meters allocated for development and construction expansion, Xinye manages a dedicated team of 130 professionals. This talent base comprises 80 highly skilled production technicians and operators, and 50 experts specialized in product research & development, quality assurance, tooling engineering, and senior global supply chain management.
We offer comprehensive engineering, product industrialization, and production competence portfolios. Under strict international parameters, our factory delivers reliable manufacturing services covering critical processes:
High-precision subtractive manufacturing utilizing 4-axis control centers, CNC turning, and CNC milling machines, achieving micro-tolerances down to 0.001mm.
Specialized hot metal shaping utilizing robust friction press machinery (300 tons to 1000 tons press force) to manufacture dense, high-strength forged structural parts.
Advanced hydraulic column machinery (100 to 630 tons) and high-speed punching presses (5 to 250 tons) working with tool steels, copper, and aluminum alloys.
Investments and precision wax die stainless steel casting services, ideal for intricate net-shape geometric designs for harsh environment setups.
In-house anodizing, electrophoretic polishing, chemical passivation, and electroplating processes to provide superior anti-corrosion barrier properties.
As manufacturing enters the era of structural electrification and light-weight material application, the design of stamping dies must adapt to tighter tolerances and higher yield strengths. Our engineering roadmap focuses on integrating advanced simulation technologies with high-durability tooling design.
Leveraging Finite Element Analysis (FEA) software like AutoForm, our engineers model the stamping behavior of advanced high-strength steels (AHSS) and high-ductility aluminum alloys before cutting tool steel. This allows us to compensate for springback directly in the die geometry, reducing physical prototype cycles from 4 iterations down to just 1.
To extend the service life of our custom progressive stamping dies, we utilize PVD (Physical Vapor Deposition) and TD (Thermal Diffusion) coatings. These technologies protect critical die components, such as blanking punches and drawing dies, against adhesive wear, ensuring continuous mass production runs of over 1,000,000 strokes without die maintenance.
Modern manufacturing demands flexibility and structural backup. In Ningbo, Xinye acts as an integrated extension of our customer’s engineering team, ensuring that geopolitical risks, logistical delays, and technical hurdles are neutralized through structural advantages.
Our default operating profile runs 6 days a week with 16 hours of active shift work. However, to handle rapid scaling or urgent production surges, we can activate full 24/7 production modes within 30 days. This capability is supported by our extensive raw material reserve agreements and localized tool manufacturing ecosystem.
Located less than an hour away from the Port of Ningbo-Zhoushan, the world's busiest container port, we offer direct maritime access to all major global terminals. This proximity allows for optimized, containerized shipments, minimizing internal shipping times, customs handling loops, and transit risks.
"Quality is life." Every batch of raw materials and finished parts undergoes strict testing, with traceable documentation maintained for all processes. Certified under ISO 9001-2015 and SA8000, we ensure consistency across all production stages.
Provides high-accuracy 3D coordinate scanning to verify complex geometric tolerances on stamped and machined profiles.
Ensures 100% metallurgical traceability by testing alloy composition upon delivery to prevent material mixups.
Non-contact optical inspection system designed for fast, sub-micron verification of delicate stamped features.
Multi-axis optical measurement system for the validation of critical dimensions during series production runs.
Measures exact surface finish profiles on tool cavities and active surfaces to optimize tool life and reduce friction during deep draws.
Verifies the elastic performance and mechanical rating of compression springs integrated within progressive stamping dies.
We engineer stamping dies and components built to perform under extreme demands. Our solutions address the technical challenges faced by global industrial procurement agents:
Manufacturing structural transmission components, brackets, and key electric bicycle components (connectors, tubes, and levers) that demand close geometric control and fatigue resistance.
Producing components for fire and gas detection monitors, flame sensors, and certified explosive safety gas detection enclosures, plus hydrant pit box assemblies for hazardous industrial sites.
Fabricating complex components like turbine inlets and transmission parts designed to perform reliably under high vibration, temperature fluctuations, and cyclic pressure stresses.
ISO 9001 Quality System
SA8000 Social Responsibility
Patented Design Archives
On-site Performance Audits
Video: Xinye Factory Walkthrough & Active Production Environments
Video Demonstration: CNC Component Processing with Advanced Tipas h65TMY Machine
A closer look at how we convert complex custom designs into finished industrial-grade components.
Heavy machinery components manufactured using hot forging and multi-axis CNC machining.
Materials: Stainless Steel, Aluminum
Transmission structures designed for complex load cycles under tight geometric tolerances.
Materials: Stainless Steel, Alloys
Aviation fuel hydrant pit box, heavy structural hinge brackets, and complex fuel inlet ducts.
Materials: Stainless Steel, Aluminum
Precision-engineered cutter disc components for industrial wood chipper machinery.
Materials: Q345B, 42CrMo, NM400From design verification through manufacturing and delivery, our structured workflow ensures consistency at every stage of the project lifecycle.
We review your specifications, technical drawings (CAD/STEP files), performance standards, target cost, and lead times to establish project alignment.
We source spec-compliant raw materials, engineer stamping dies or casting molds, manufacture custom prototypes, and provide a full dimensional inspection report.
We work with your engineers to review samples, adjusting tooling geometry or machining parameters based on physical testing results.
Following sample approval, we launch production runs under our strict inline inspection gates, monitoring dimensions, surface quality, and material properties.
Parts are packed in custom export-grade packaging to prevent transport damage. We provide ongoing support with a one-year manufacturing defect warranty.
Trust: Building reliable partnerships with our global customers by providing clear communication, transparency, and consistent product quality.
Responsibility: Working to address our clients' needs through careful planning, thorough testing, and structured problem-solving.
Professionalism: Delivering precise components through skilled tool design, continuous process improvements, and systematic quality assurance.
Our SA8000 certification reflects our commitment to fair labor practices, safe working conditions, and ethical environmental management across our entire supply chain.
Find answers to common questions about our custom tooling design, production capabilities, and shipping services.
XinYe Metal
