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The global metal forming and progressive die stamping market is experiencing an unprecedented evolution driven by automation, material lightweighting, and structural electrification. In modern manufacturing, progressive stamping serves as the operational backbone for industries demanding rapid, high-volume production of complex parts. By running metal strips through a sequence of workstations in a single die set, this technology delivers extreme geometric consistency while keeping tool wear to a minimum.
Internationally, purchasing managers and engineering leads are navigating high tooling overheads, demanding raw material supply chains, and strict environmental regulations. The shift towards micro-stamping for electronics, automotive busbars for electric vehicles, and heavy-duty structural parts for aerospace demands suppliers who offer more than basic stamping. Modern manufacturers must supply advanced simulation (such as AutoFORM for flow analysis), complete toolroom control, and full material traceability (compliant with RoHS, REACH, and critical safety frameworks).
Founded in 1996 as a family-owned metal workshop, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into a leading owner-managed SME corporation specializing in advanced metal forming, precision machining, and custom engineering. We operate from the Ningbo Jiangbei Industrial Zone, a strategic manufacturing hub. Our facility is situated within a 3-hour high-speed rail connection to Shanghai International Airport, ensuring smooth logistics for international clients.
Today, XinYe manages a 16,000 square meter production floor with an additional 11,000 square meters of construction area reserved for expansion. Our team consists of 130 highly trained professionals, including 80 production specialists and 50 dedicated personnel focused on product development, engineering design, quality control, and global supply chain management.
Rather than relying on single-process production, we offer an integrated array of industrial services, including CNC machining, Aluminum alloy hot forging, lost wax stainless steel casting, aluminum die casting, extrusion, progressive stamping, and advanced surface finishes such as anodizing and electropolishing.
A solid foundation built on decades of operational experience and continuous capital investment.
Sourcing progressive stamping components from Ningbo, China offers distinct advantages beyond simple labor cost savings. The East China region features a highly integrated industrial ecosystem, combining raw material mills, tool steel suppliers, specialized heat-treatment plants, and advanced surface finishing services within a 50-kilometer radius. This concentration minimizes supply chain delays, accelerates sample turnaround times, and reduces domestic logistics overhead.
At XinYe, we maximize these regional benefits by maintaining a fully integrated manufacturing cycle. From initial tool design to mass production and final surface treatment, we eliminate external logistical handoffs. Our internal tool room produces custom progressive dies rapidly using high-speed wire EDM and Japanese CNC machines. By managing the tool design, manufacturing, and stamping processes in-house, we control lead times and maintain part quality, helping clients launch products faster with lower risks.
We support your engineers from the prototype phase through to high-volume production runs.
High-precision milling and turning centers with 4-axis control, supporting dimensional tolerances down to 0.001mm.
High-density grain structure alignment for safety-critical structural elements using presses from 300 to 1000 tons.
High-volume sheet metal fabrication, deep drawing, and custom stamping of steel, alloy, copper, and engineering plastics.
Comprehensive surface finishing, including protective anodizing, electropolishing, powder coating, and custom plating.
High-grade investment casting for complex stainless steel and alloy geometries with minimal waste.
Our engineering services cater to complex challenges across diverse global markets, ensuring compliance with strict safety and performance standards:
Our primary client base is located in Europe, North America, and Russia. We maintain partnerships with these clients by offering reliable, certified manufacturing quality and clear communication.
Built on high-tonnage machinery imported from Japan and Europe to guarantee repeatable precision.
Equipped with press force ranges from 300 to 1,000 tons. Designed for heavy-duty metal forming, hot aluminum forging, and structural extrusion preparation.
Column hydraulic machinery with press forces ranging from 100 to 630 tons, ensuring uniform pressure distribution during deep drawing processes.
High-speed progressive punching presses from 5 to 250 tons, supporting high-speed production runs and detailed strip-feed indexing.
Equipped with 4-axis control CNC milling, turning, and machining centers that allow secondary operations on forged or cast components without losing coordinate references.
Take a virtual tour of our production facility, showcasing our manufacturing precision and quality control workflows.
A clean, organized environment optimized for high efficiency, quality assurance, and worker safety.
At XinYe, quality control is integrated into every phase of production. We maintain certification under the ISO 9001:2015 quality management standard and the SA8000 social accountability system, verifying that our manufacturing processes are both reliable and ethically responsible.
Our quality department uses a state-of-the-art metrology lab to perform rigorous inspections, from raw material validation to final product shipping. We maintain full material heat traceability and provide detailed dimensional verification reports (PPAP Level 3, COA, COC) for all components.
To ensure process stability, we use statistical process control (SPC) to monitor critical dimensions throughout production. This continuous monitoring keeps variation well within our clients' design specifications.
Performs rapid chemical analysis of incoming raw metals to verify grade and compliance with chemical specifications.
Coordinates dimensional verification for complex geometries down to sub-micron accuracy.
Non-contact optical inspection system designed for fast and accurate measurement of stamped profiles and tight dimensions.
Verifies that surface finishes, anodizing profiles, and polish operations meet drawing requirements.
Verifies elasticity, fatigue resistance, and load capacity for spring and stamped contact components.
Real-world examples of our metal fabrication capabilities delivered to demanding international markets.
High-strength aluminum and stainless steel components for mining safety and gas control equipment. Forged to ensure structural integrity and pressure resistance under extreme conditions.
Material Class: Stainless Steel, Specialized Aluminum Alloys.
Safety-critical transmission components, bracket systems, and copper busbars for EV batteries. Manufactured using high-speed progressive dies to maintain tight dimensional tolerances.
Material Class: High-Conductivity Copper, Structurally Heat-Treated Alloys.
Aerospace-grade engine turbine inlets, transmission parts, and specialized hydrant pit box components. Manufactured to precise standards to resist vibrations and environmental exposure.
Material Class: High-Temperature Alloys, Stainless Steel.
Heavy-duty cutting discs and high-torque feed rollers designed for industrial forestry equipment, engineered to withstand high impact and wear.
Material Class: High-Wear Resistant Carbon Alloys (Q345B, 42CrMo, NM400).We invest in advanced manufacturing technologies to enhance production capability. The TIPAS h65TMY provides automated precision for secondary operations, integrating high-speed milling, tapping, and dimensional checking in a single production step.
This automated capability shortens lead times, reduces manual handling errors, and ensures consistent quality for automotive and aerospace components.
From initial drawing submission to global delivery, our structured process ensures transparency and quality control.
Our engineering team reviews your drawings and functional specifications. We evaluate tolerances, choose appropriate materials, and determine the optimal strip layout for progressive stamping to minimize scrap rates.
We machine the progressive stamping die using wire EDM and CNC centers. We then produce initial sample parts, inspect their dimensions, and provide a detailed inspection report for your team's review.
Upon sample delivery, we collaborate with your engineering team to verify final tolerances and alignment, incorporating any necessary adjustments before beginning mass production.
Our stamping presses run at calibrated speeds with automated coil feeders. Automated sensors detect structural errors or tooling shifts to prevent defects, ensuring a stable, repeatable process.
Our secondary operations include automated tapping, custom mechanical assembly, protective packing, and secure logistics planning to ensure your order arrives safely.
Detailed answers regarding our capabilities, lead times, quality protocols, and logistics.
Our quotes are calculated based on raw material costs, part volume, geometry, tooling complexity, and secondary finishes. We provide detailed pricing updates in response to market raw material changes to maintain pricing transparency.
Stamping tool design and sample production usually take 25 to 35 days depending on complexity. Mass production runs are typically completed within 20 to 30 days after sample approval and deposit confirmation. We work to accommodate tight project schedules when requested.
We supply complete documentation including Certificates of Analysis (COA), certificates of conformance, material source heat trace certificates, 3D coordinate reports (CMM), and necessary export and shipping documents.
We require a minimum order value or volume for international runs to optimize stamping machine setup, material yield, and logistics costs. Please contact our sales team to discuss details for your specific parts.
Yes. We work from customer-provided CAD drawings (OEM) and also offer collaborative design services (ODM) to optimize components for progressive stamping or forging cost-efficiency.
We use heavy-duty export packaging, including vapor-corrosion inhibitor (VCI) bags for steel components, custom thermoformed trays to prevent thread damage, and certified heat-treated wooden crates or pallets for sea transport.
High-performance custom fabrications engineered for automotive, industrial safety, and aerospace applications.
XinYe Metal