Explore our engineering capabilities across precision machine stamping, casting, forging, and CNC machining processes.
Founded in 1996, XinYe Metal Works has evolved from a dedicated family-owned workshop into a globally trusted, owner-managed SME corporation specializing in advanced metal forming and fabrication. Situated strategically in the Ningbo Jiangbei Industrial Zone, our modern facilities are exceptionally positioned within 3 hours of the Shanghai international transportation networks via high-speed transit, facilitating seamless logistics for our international partners.
Our integrated industrial footprint encompasses 16,000 square meters of precision manufacturing floor space, complemented by 11,000 square meters of specialized building construction. Backed by a dedicated workforce of 130 experts—including 80 highly skilled production technicians and 50 specialists focused entirely on R&D, tooling engineering, advanced quality control, and global project management—we deliver turnkey engineering solutions from raw stock to finished mechanical assemblies.
Unifying traditional metallurgy with advanced CNC engineering, Surface Science, and Quality Control.
Complete capabilities in progressive die stamping, deep drawing, and forming of steel, alloy steel, structural copper, and composite materials, ensuring tight dimensional tolerances across high-volume production cycles.
Equipped with 4-axis control centers, precision CNC turning, and vertical milling systems to process forged blanks, castings, and extruded profiles with tolerances down to 0.001mm.
Deploying heavy friction press systems (300 to 1,000 tons) to form high-strength, structural aluminum components. Forging guarantees structural integrity, elimination of internal porosity, and superior fatigue resistance.
Pouring high-precision stainless steel and complex alloy parts using wax dies. Ideal for fluid-dynamic parts, valves, sensors, and structural hardware with intricate internal geometries.
In-house capability for standard and hard anodizing, electropolishing, and passivation. Certified protective finishes to maximize resistance against corrosive industrial fluids, wear, and atmospheric exposure.
Collaborative product development utilizing CAD/CAM simulation to optimize tool layouts, reduce scrap rates, accelerate lead times, and lower mass-production costs.
Why Tier-1 industrial brands across Europe, North America, and Russia depend on our manufacturing ecosystem.
Operating out of the Jiangbei Industrial Zone in Ningbo, we are positioned in one of the world's premier shipping hubs. The close proximity to the Ningbo-Zhoushan Port—which leads globally in total cargo throughput—allows us to offer highly efficient ocean freight routes. For urgent tooling and air-freight samples, the Shanghai International Airport cluster is accessible within a three-hour window via high-speed transit corridors.
Our standard operational baseline is structured around 16 hours a day, 6 days a week. In periods of high demand, we can transition to a full 24/7 continuous run within 30 days. We maintain dedicated land and financial reserves to expand manufacturing cells and tooling capacity based on long-term supply agreements.
We believe that capital investment drives part quality. Our core stamping, hydraulic, and tooling machinery is imported from Japan, guaranteeing mechanical stability, consistent stroke velocities, and micro-precision repeatability. This machinery is maintained to rigorous preventive schedules, minimizing cycle variance and unplanned downtime.
Our factory is SA8000 certified, demonstrating our commitment to fair labor practices, safe working conditions, and transparent operational management. This compliance ensures that our OEM solutions meet the strict corporate social responsibility (CSR) requirements of global enterprise buyers.
Our factory floor is optimized for heavy-press forming, high-speed stamping, and multi-axis finishing operations.
High-tonnage metal forming systems engineered for structural aluminum hot forging and heavy material displacement.
Versatile double-action hydraulic systems designed for deep drawing, stamping, and complex shape forming.
High-velocity punching and progressive blanking systems for sheet metal and structural components.
Multi-axis machining cells configured for high-precision finishing, thread cutting, and tight tolerance boring.
Optimized production lines featuring induction billet heating and automated press operations.
Dedicated turning lines for cylindrical components, fasteners, and fluid-control pins.
Quality is our primary directive. Every process, from raw alloy ingot reception to final package sealing, is monitored, documented, and fully traceable.
From industrial fire safety installations to high-integrity aerospace systems, our components are engineered for challenging environments.
Components for fire and gas safety detection systems in the oil, gas, and mining sectors, including flame sensors, toxic gas enclosures, and hydrant pit box kits.
Turbine inlet components, structural hinge brackets, and complex transmission parts requiring aerospace-grade alloys and strict traceability.
Transmission components, structural connectors, and specialized aluminum frames, tubes, and levers for the expanding E-bike sector.
Corrosion-resistant components for pressure canisters, cream whippers, and commercial tabletop stoves with electropolished surfaces.
From custom DFM analysis and tooling setup to final product delivery and support.
Initial analysis of geometric dimensioning and tolerancing (GD&T) drawings, material selection, and cost estimation to ensure manufacturability.
CAD/CAM tooling development, progressive die construction, and initial sample fabrication to verify design specifications.
Metrology validation of prototype samples, including full-dimensional CMM reports and physical property checks prior to release.
Execution of full production runs using automated press and progressive die lines, monitored by in-process QA checkpoints.
Final quality control verification and custom heavy-duty packaging to protect components during international transit.
Shipment coordination with real-time documentation and technical support throughout the product warranty period.
A closer look at some of our precision metal fabrication and structural projects.
A look at our technology patents, quality certificates, and standard verification documents.
ISO 9001 Quality System Certificate
SA8000 Social Accountability Certificate
Tooling & Design Utility Patents
Invention & Manufacturing Patent Certificates
Take a virtual tour of our production floor and see our heavy presses, CNC centers, and metrology labs in operation.
Our video walkthrough highlights our production workflows. See our friction presses, column hydraulic systems, and progressive stamping cells in operation. Experience how we integrate CNC machining centers with post-process surface treatments.
We support our customers with design-for-manufacturing (DFM) support, precise tooling design, and strict quality control verification.
A demonstration of our automated TIPAS Machine h65TMY. This multi-axis machining setup is optimized for high-volume component finishing, thread tapping, and detail milling of forged and cast parts.
Automated control loops minimize component handling, lower cycle times, and support reliable quality across volume production runs.
At XinYe, we believe manufacturing excellence is built on technical expertise, reliable operations, and clear accountability. Our workforce of 130 employees includes 50 engineering, quality control, and administration specialists, working together to deliver high-quality components.
Our operations are guided by three core principles:
How we are preparing our factory to meet the evolving requirements of modern manufacturing industries.
We are integrating automated sensors into our progressive dies. These systems monitor press parameters in real time, helping to prevent tooling damage and improve part-to-part consistency.
To support environmental goals, we are optimizing our workflows for recycled aluminum alloys, high-strength low-alloy (HSLA) steels, and low-VOC lubricants.
We are expanding our use of robotic loading and unloading systems to run alongside our Japanese presses. This update helps us scale production safely and maintain reliable delivery timelines.
Find answers to common questions about our metal fabrication, pricing, lead times, and logistical processes.
Our quotes are based on material costs, processing time, tooling setup, packaging specifications, and current market factors. Please contact our sales team with your technical drawings (STEP/IGS/DWG formats) to receive an updated project estimate.
Yes, we establish minimum order quantities for international orders to ensure efficient production runs and die setups. MOQs are determined based on the complexity, material, and dimensions of the part. Please contact us to discuss your specific requirements.
We provide standard export documentation, including Certificates of Analysis/Conformance, material certifications, dimensional inspection reports, bills of lading, and certificate of origin documents to assist with customs clearance.
Tooling and initial samples are typically completed within 7 to 15 days, depending on complexity. Mass production runs generally require 20 to 30 days after sample approval and receipt of the deposit. We work to accommodate tight project deadlines wherever possible.
We typically work with a standard T/T structure: a 30% deposit in advance to secure material allocation and schedule tooling setup, with the remaining 70% balance paid against copies of the shipping documents (B/L).
Our quality system covers all stages from raw material analysis to final inspections. We verify chemical composition with spectroscopy, measure dimensions using our CMM and video systems, and issue material reports to ensure compliance with your specifications.
Yes, we design export packaging suitable for sea and air transport. We use heavy-duty wooden crates, anti-rust protective wraps for steel parts, and customized foam positioning trays to prevent surface scratching or dimensional distortion during transit.
Shipping costs depend on the destination, weight, dimensions, and your choice of transport (sea, air, or express courier). We coordinate with reliable freight forwarders to provide competitive rates, or we can work directly with your preferred carrier.
Review our core capabilities in precision CNC machining, deep drawing, investment casting, and forged metal alloys.
XinYe Metal
