Decades of Precision Metal Processing Expertise: High-Tonnage Forging, Progressive Stamping, & Smart OEM Engineering Solutions Globally Certified to ISO 9001 and SA8000 Standards.
Our core capabilities range from precision stamping to advanced hot forging, delivering high-performance components globally.
Advanced high-precision CNC multi-axis milling and turning services, holding tight tolerances up to 0.001mm for critical structural assemblies.
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High-integrity lightweight aluminum forged profiles utilizing friction press dynamics for enhanced tensile strength and low porosity.
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Precision stainless steel investment casting via silica-gel process, achieving superior surface finish and intricate geometries.
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Custom deep drawing, progressive die punching, and high-speed metal stamping optimized for structural stability and cost efficiency.
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Optimized high-pressure die casting solutions for thermal dissipation enclosures, transmission parts, and structural brackets.
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Custom metal shell forming, multi-stage stamping, and draw die assemblies tailored for high-volume automotive panels and housings.
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High-grade aluminum, brass, and titanium CNC turned components designed for transmission assemblies and fluid delivery systems.
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Heavy-duty, load-bearing aluminum link bars, suspension linkages, and brackets fabricated through thermal hot forge processes.
Explore Specifications →Founded in 1996 as a visionary family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a leading owner-managed SME corporation specializing in advanced metal fabrication. Strategically situated in the Ningbo Jiangbei Industrial Zone, our facility is within a rapid 3-hour high-speed train connection from Shanghai International Airport, offering seamless global logistics.
Our footprint spans over 16,000 square meters of specialized production floor area, with an additional 11,000 square meters planned for future construction. Out of our highly trained team of 130 employees, 80 are dedicated production staff, and 50 comprise our specialized product development, QA engineering, design team, and management departments. This ensures a 1:1.6 ratio of technical support to direct operators, driving quality in every batch.
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A comprehensive overview of structural demand, supply chains, and industrial paradigms driving the sheet metal fabrication market.
Modern industrial supply chains demand extreme structural precision, low cost, and high repeatability. As prime-tier manufacturers shift towards lighter components, sheet metal stamping technologies must adapt to process high-strength materials (such as aluminum alloys, advanced high-strength steel (AHSS), and titanium). Global logistics require suppliers to offer rapid lead times (under 30 days) and robust international compliance.
Conventional mechanical flywheels are steadily being phased out by advanced variable-speed servo-drive presses. These systems allow complete control over the stroke profile, ram speed, and dwell times. By utilizing optimized velocity profiles, manufacturers decrease tool wear by up to 40%, reduce structural material spring-back, and enable deeper forming passes in single stroke setups.
Smart factories integrate real-time sensor technologies directly into stamping dies. Force-transducers, acoustic emission sensors, and thermal imaging cameras monitor alignment, wear, and process anomalies on the fly. This prevents costly progressive die breakage, mitigates scrap rates, and assures 100% trace-ability for high-consequence industries like automotive safety and aerospace turbine production.
Providing specialized mechanical sub-assemblies for safety-critical environments and high-efficiency automation machinery.
Fire and toxic gas safety detection components for oil, gas, and heavy mining industries. Fabrication of explosion-proof flame sensor enclosures, safety valve kits, and specialized hydrant pit box kits.
High-integrity structural turbine inlet manifolds, transmission components, and heat shielding brackets engineered to operate under high temperatures and vibration frequencies.
Transmission components, gear bracket sub-assemblies, and localized E-bike chassis integration parts including high-strength connector sleeves, frame tubes, and control levers.
Hygiene-grade stainless steel componentry, including deep-drawn tabletop cooking stove assemblies, specialized cream whippers, and gas control valve bodies.
Xinye operates a highly sophisticated fleet of machinery imported directly from Japan and key European suppliers to guarantee accuracy, speed, and continuous process capability.
Our plant operates on a 16-hour schedule (2 shifts), 6 days a week. With continuous investment in automated material loading and tool changes, we can scale to 24/7 operating capacity within 30 days to accommodate unexpected demand increases.
Explore our heavy-tonnage pressing, modern CNC finishing lines, and raw material preparation floors.
Xinye applies modern industrial engineering solutions to eliminate long mechanical setup lead times. By utilizing standardized quick-die-change (QDC) structures, we optimize stamping setup intervals down to under 15 minutes, boosting overall equipment effectiveness (OEE).
Our integrated systems include automatic material leveling, loop controllers, and progressive tool monitoring. This setup eliminates manual raw material handling and ensures consistent feed speed, reducing surface scratches and defect occurrences.
In addition to our stamping processes, our advanced multi-axis CNC milling centers refine complex parts with extreme accuracy. By utilizing localized positioning adjustments, we manufacture complicated designs in a single run.
Watch how our CNC centers refine and calibrate metal parts after the stamping or hot forging process. This guarantees that your parts match design drawings and fit correctly into complex sub-assemblies.
Quality is the foundation of our work. Certified to ISO 9001:2015 and SA8000, we manage a rigorous testing framework from incoming material analysis to final shipment clearance.
We trace every batch back to its raw material source. Our internal QC laboratory uses advanced metrology tools to verify chemical composition, tensile strengths, micro-hardness, and dimension accuracy.
Enables accurate chemical composition analysis of incoming steel, copper, and aluminum alloys to prevent material errors.
Coordinate Measuring Machine providing complete 3D dimensional validation of complex parts to tolerances within 0.001mm.
High magnification optical measurement system for automated 2D geometric profiling and microscopic feature inspection.
Checks surface finish levels (Ra) to verify post-process polish, anodization, and e-polish treatments meet design specifications.
Verifies structural capacity, yield strength, and compression load profiles for structural sheet metal assemblies.
Secondary optical video coordinate system optimized for fast checks on high-volume stamping lines.
Maintains tool accuracy through regular calibrations traceable to global metrology and standard agencies.
A structured manufacturing cycle from initial design submission to final production shipment.
Our engineering team reviews your drawings (STEP, DWG, PDF) to verify manufacturability, check tolerances, select materials, and calculate pricing.
We design custom stamping tools and progressive dies. Specialized software simulates sheet metal flow, avoiding issues like cracking or spring-back before machining begins.
We run initial tooling samples and provide a full dimensional inspection report and material certificates for customer approval before starting high-volume runs.
Once samples are approved, we schedule production on our automated lines. Inline sensors and spot inspections check dimensions throughout the run.
We provide full assembly services, anodizing, plating, and e-polish treatments to deliver complete, ready-to-install metal components.
Parts are packed in robust, export-grade packaging with custom protective wraps to prevent damage or corrosion during sea and air transit.
Real-world examples of our engineering, stamping, casting, and forging solutions for global clients.
Heavy-duty, high-strength forged aluminum linkages and structural mounts for dynamic packaging systems.
Precision-stamped oil pan assemblies, sensor mounting plates, and connector linkages with tight structural tolerances.
Stamping and casting of airfield refueling enclosures, engineered to withstand heavy wheel loads and resist environmental corrosion.
Heavy-duty structural cutter discs and rollers designed for high stress and impact conditions in processing machinery.
Xinye updates manufacturing technologies to maintain competitive prices, high efficiency, and clean operations.
Detailed technical, commercial, and logistical answers for procurement managers and design engineers.
Request quotes on our standard profiles or send your custom specifications to our engineering team.
Advanced high-precision CNC multi-axis milling and turning services, holding tight tolerances up to 0.001mm for critical structural assemblies.
Explore Specifications →
High-integrity lightweight aluminum forged profiles utilizing friction press dynamics for enhanced tensile strength and low porosity.
Explore Specifications →
Precision stainless steel investment casting via silica-gel process, achieving superior surface finish and intricate geometries.
Explore Specifications →
Custom deep drawing, progressive die punching, and high-speed metal stamping optimized for structural stability and cost efficiency.
Explore Specifications →
Optimized high-pressure die casting solutions for thermal dissipation enclosures, transmission parts, and structural brackets.
Explore Specifications →
Custom metal shell forming, multi-stage stamping, and draw die assemblies tailored for high-volume automotive panels and housings.
Explore Specifications →
High-grade aluminum, brass, and titanium CNC turned components designed for transmission assemblies and fluid delivery systems.
Explore Specifications →
Heavy-duty, load-bearing aluminum link bars, suspension linkages, and brackets fabricated through thermal hot forge processes.
Explore Specifications →
XinYe Metal