Explore our technical capabilities from stamping toolings, hot forging, and precision CNC components to global standards.
Founded in 1996 as an owner-managed family enterprise, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a premier SME corporation specializing in advanced metal component engineering and tooling fabrication. Positioned strategically within the Ningbo Jiangbei Industrial Zone, our facility is within a highly responsive three-hour high-speed rail network radius from Shanghai International Airport. Over nearly three decades, our company has scaled to a total footprint of 16,000 square meters of production floorspace, coupled with an additional 11,000 square meters of built-up infrastructure.
Our corporate asset lies in our human capital: a dedicated workforce of 130 highly trained professionals. This structure is partitioned into 80 veteran production technicians and 50 dedicated product development specialists, quality engineers, supply chain coordinators, and senior management personnel. By optimizing this human-to-operation ratio, we ensure that every stamping die, hot forging die, and machined component matches the extreme accuracy limits required by modern international industrial standards.
"Precision is the product of discipline. We integrate materials science, progressive tool design, and strict quality control processes to guarantee our global buyers achieve a minimized Total Cost of Ownership (TCO) with maximum component lifetime."
Our scale and production capacities engineered to serve demanding industrial applications worldwide.
A deep dive into progressive stamping die materials science, structural designs, and China's high-tech manufacturing ecosystems.
The design and manufacturing of progressive and transfer stamping dies require advanced mechanical engineering and deep material physics knowledge. Metal stamping dies operate under high pressure and cyclic loads, where minor deviations in design lead to tool deflection, premature wear, or quality issues in the finished parts.
At XinYe Metal, we resolve these challenges using advanced 3D finite element analysis (FEA) to simulate material flow, sheet thinning ratios, and springback behavior. Our tooling design engineers analyze springback compensation for complex components, such as high-strength automotive structural reinforcements and deep-drawn shells. By selecting premium die steel materials, including D2, DC53, and SKD11, and applying specialized thermal treatments (vacuum hardening followed by physical vapor deposition coating), we extend tooling lifetimes beyond millions of strokes before maintenance is needed.
Modern industrial procurement officers from Europe, North America, and beyond are moving away from simple low-cost sourcing. Today's primary objectives are supply chain resilience, engineering transparency, and fast, predictable lead times. Geopolitical shifts and freight logistics disruptions require partnering with factories that possess both downstream engineering capabilities and direct, high-capacity port access.
Ningbo, China, has emerged as a global hub for precision metal fabrication. Sourcing from our Ningbo Jiangbei industrial cluster provides buyers with access to a highly integrated ecosystem. From raw material mills to specialized chemical finishing lines, every link in the supply chain is optimized for speed. This proximity reduces transit bottlenecks, allowing us to source materials, construct tooling, and deliver finished parts faster than fragmented supply networks.
The integration of advanced automated systems in China's manufacturing sector has transformed traditional stamping and machining shops. At XinYe, this industrial upgrade is reflected in our manufacturing assets. Our production lines feature multi-axis CNC machining centers, automated high-pressure friction presses, and continuous process monitoring tools.
We maintain high levels of operational flexibility: our factory default shift structure is 16 hours a day, 6 days a week, but we can scale to full 24/7 continuous operations within 30 days to accommodate sudden order surges. Supported by our 130-strong engineering team and additional land designated for plant expansion, we offer global partners scalable capacity that adapts dynamically to market demands.
High-capacity equipment engineered for heavy-duty metal forging, stamping, and precision machining.
Our forming department features friction press lines with capacities from 300 to 1,000 tons, supported by hydraulic column presses operating between 100 and 630 tons.
We operate high-speed stamping and punching presses ranging from 5 to 250 tons, enabling the manufacture of both miniature electronic terminals and large industrial casings.
Our CNC milling, turning, and machining centers are equipped with 4-axis control systems, imported directly from Japan, to guarantee tight tolerances.
Watch our factory machines in action. Our plant operates with high efficiency to support volume manufacturing and short run prototyping. We maintain strict process controls across our production floors.
We utilize the TIPAS MACHINE h65TMY turn-mill center to manufacture complex, multi-featured components in a single setup, reducing dimensional errors.
Explore Turn-Mill Core Features →
Every process is verified and documented in our ISO 9001:2015 and SA8000 certified facility.
We analyze the chemical and physical composition of all raw materials at incoming inspection to prevent defect propagation.
At Ningbo Jiangbei XinYe Metal Works, quality control is integrated into every phase of our manufacturing process. We maintain strict control from incoming material verification through to dynamic testing of finished products.
Our quality control is supported by ISO 9001:2015 quality management and SA8000 social accountability certifications. This demonstrates our commitment to sustainable business practices and strict compliance with global quality standards.
Our metrology laboratory uses modern analytical instruments to verify critical dimensions and material properties, ensuring every batch meets customer specifications.
Analyzes material chemical composition to verify metal grades and alloy properties.
3D Coordinate Measuring Machine verifies tight tolerances on complex geometries.
Automated non-contact optical inspection system for high-resolution micro-features.
High-precision optical dimensional mapping for stamped and deep-drawn parts.
Measures surface finish values (Ra, Rz) to ensure compatibility with seals and anodizing.
Verifies the mechanical performance, limits, and yield strength of fabricated components.
Discover how our stamped, forged, and machined components perform in demanding fields.
Precision metal housings for gas safety systems, mining detectors, and hazardous area enclosures.
Forged aluminum components and structural connector brackets designed for e-mobility and drivetrains.
High-strength aviation fuel hydrant pit boxes and hinge brackets, designed to withstand heavy wheel loads.
Fabricated cutter discs and feed rollers engineered from high-strength steels (Q345B, 42CrMo, NM400).
How we manage manufacturing projects from initial order specifications to quality-assured delivery.
We review customer drawings and target lead times, aligning product requirements with our technical capabilities.
Our engineering team performs a Design for Manufacturability (DFM) check and builds precision sample tooling.
We provide dimensional measurement reports and material certifications for customer review and approval.
Upon sample approval, we initiate volume manufacturing supported by raw material traceability and in-process inspection.
We perform final inspections, pack components for export, and coordinate shipping from Ningbo Port.
Dedicated Assembly Workshop: We offer component assembly and packaging services, allowing global buyers to source fully assembled sub-systems directly from our facility.
Our engineering expertise is backed by utility model patents, technical qualifications, and quality standards.
Our engineering team holds over 20 utility model patent certificates, focusing on stamping die efficiency and forging mold designs.
Our core corporate values guide our operations: Trust (meeting customer expectations), Responsibility (engineering full-service solutions), and Professionalism (continuous process optimization).
We maintain active ISO 9001:2015 and SA8000 certifications, helping us meet the supply chain compliance audits required by European and North American buyers.
Technical and logistics answers for international procurement engineers and global buyers.
Our typical lead time for sample tooling and prototypes is 7 to 10 days, depending on geometry complexity. Mass production runs are usually delivered within 20 to 30 days after drawing approval and deposit confirmation. If your project has strict timelines, please coordinate with our sales engineering team to arrange priority scheduling.
We test all incoming metals using our in-house GNR Spectrum Analyzer. We verify alloy composition before materials enter the production lines. We also provide material test certificates (MTC) and compliance documentation with every shipment.
We require international orders to meet an ongoing minimum order quantity to balance tooling setup and raw material procurement costs. Please contact our sales team with your project details to request a custom quote.
We design stamping dies using modern CAD platforms, including SolidWorks, AutoCAD, and specialized 3D simulation software. Our engineering standards align with ISO, DIN, and AISI specs, ensuring our tooling integrates seamlessly with your press systems.
We accept bank telegraphic transfers (T/T), Western Union, and PayPal. Our typical payment terms are a 30% deposit in advance, with the remaining 70% balance paid against the copy of the Bill of Lading (B/L). We offer standard trade terms including FOB Ningbo/Shanghai, CIF, and DDP depending on delivery requirements.
We offer a one-year warranty on manufacturing defects, starting from the delivery note date. We provide spare tooling inserts and direct technical support to assist you with process adjustments and quality verification.
Yes, we package components for export using reinforced crates, vacuum-sealed bags with rust inhibitors, and customized internal padding. We work with experienced freight forwarders to ensure safe transit from our warehouse to your facility.
Access specific product landing pages and technical specifications for each manufacturing category.
XinYe Metal