Explore our state-of-the-art product catalog. Precision components designed for healthcare, automotive, aerospace, and safety industries globally.
In modern manufacturing ecosystems, the pressing stamp industry represents the backbone of complex component production. Known technically as metal stamping or sheet metal pressing, this method involves using high-tonnage presses and meticulously engineered tool-and-die setups to transform raw coils or sheets of metal into highly precise geometries. From structural frame components in modern electric vehicles to safety-critical enclosures in subsea oil rigs, the reliance on high-throughput, repeatable stamping is absolute.
Global dynamics are shifting. Procurement directors in Europe and North America no longer look for simple transactional stamping shops. Instead, they demand strategic OEM partners capable of engineering complete solutions: progressive die design, custom metallurgical verification, secondary high-precision CNC machining, surface anodization, and rigorous quality certification. Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed its manufacturing capabilities to fill this exact gap, serving as an integrated industrial partner since 1996.
Progressive Die Stamping: Ideal for high-volume runs, progressive dies feed a continuous strip of metal through multiple stations, with each station performing a specific cutting, bending, or drawing operation until the part is finished. It drastically minimizes material scrap and maximizes cycle speeds.
Compound Stamping: Performs multiple cuts and bends in a single stroke. Best suited for flat parts requiring high geometric accuracy, such as electrical washers or simple brackets. Our facility supports both pathways, configuring line systems depending on tool life and production volumes.
Ningbo Jiangbei XinYe Metal Works Co., Ltd. was founded in 1996 as a family business and has grown into a leading owner-managed SME corporation in the metal fabrication industry. Located in the Ningbo Jiangbei Industrial Zone, our facility is strategically positioned within a 3-hour transport window of Shanghai International Airport via China's high-speed rail network.
Our footprint includes 16,000 square meters of dedicated production space, with an additional 11,000 square meters configured for structural expansions and warehousing. We employ a skilled team of 130 professionals: 80 technicians operate directly on the factory floor, while 50 lead product engineering, R&D, quality control, logistics, and global supply management.
With more than 20 technical utility model patents, our company focuses on delivering multi-disciplinary manufacturing services: CNC machining, Aluminum alloy hot forging, lost wax stainless steel casting, stamping, extrusion, and advanced surface finishes including anodization and electro-polishing.
We blend advanced equipment imported from Japan with robust Chinese metallurgical expertise to support complex metalwork components.
Working with steel, copper, specialty alloys, and engineered plastics. We handle complex deep-drawing operations, cold pressing, and progressive stamping designs to deliver dimensionally accurate parts at scale.
Utilizing high-end CNC turning, milling, and 4-axis control centers. Perfect for post-forging adjustments and milling complex architectural geometries with tolerances up to 0.001mm.
Aluminum alloy hot forging paired with lost wax investment casting for stainless steel. This dual-capability ensures high mechanical strength and density for components operating under stress.
Visual evidence of our manufacturing processes, including CNC milling, multi-axis turning, and stamping machinery.
A full tour of our production facility, displaying our machinery floor, packaging departments, and quality evaluation lab.
Demonstrating our high-precision multi-axis turning capabilities, configured to handle demanding designs with minimal cycle times.
Our core metalworking machinery enables flexible, high-capacity output, working 6 days a week with 16-hour shifts, scalable to 24/7 operations within 30 days.
High-impact force system for forging structural aluminum components.
Configured for drawing, deep stamping, and precise metal sheet forming.
High-speed punching press systems for continuous, high-volume production.
High-performance milling, turning, and multi-sided boring operations.
Rotational cutting machines designed to produce symmetric, high-precision shafts.
Multi-tool milling heads engineered for complex pocketing and surface profiling.
Dedicated high-temperature forging press configured for structural aluminum components.
Spacious internal area configured for component assembly and custom packaging.
How our engineering team addresses long-term manufacturing challenges with automation, material science, and predictive maintenance.
Our tooling design incorporates real-time monitoring sensors. By reading temperature cycles, mechanical stress, and strip alignment inside progressive dies, we identify potential defects before they occur. This reduces tooling damage and ensures consistent dimensional quality.
Aerospace and EV manufacturers are moving away from traditional steels. We are developing tooling optimized for high-strength aluminum (7075 series) and lightweight titanium sheets, adjusting draw parameters to prevent cracking or structural thinning.
Using CAD nested layouts and FEA (Finite Element Analysis) simulations, we optimize metal layout prior to tool creation. This engineering approach saves valuable raw material, lowering cost-per-part metrics for our international buyers.
Providing specialized metal components configured for high-stress and highly regulated industrial markets.
High-load structural supports machined from forged aluminum alloys to resist mechanical deformation.
Materials: Stainless Steel / Aluminum
Critical transmission rings, bracket kits, and custom levers configured for E-bikes and conventional powertrains.
Materials: High-Tensile Steel Alloys
Ground fuel hydrant pit enclosures, high-duty hinge brackets, and complex turbine inlet components.
Materials: Aircraft-Grade Aluminum
Feed rollers and cutter discs built to resist high impact force and abrasion.
Materials: Q345B, 42CrMo, NM400
Quality is life. With ISO 9001:2015 and SA8000 certifications, our metrology lab evaluates every metallurgical and dimensional parameter.
Determines exact chemical compositions of incoming alloys, preventing material non-conformance issues before production starts.
Three-dimensional coordinate checking to confirm micro-tolerances against your 3D CAD files.
Optical verification for fine-line edges, stamping contours, and hole alignments.
Non-contact measurement setup for soft metals, preventing scratches on critical surfaces.
Verifies surface roughness (Ra values) post-surface treatments like electro-polishing and anodizing.
Verifies the mechanical yield strength, elastic limits, and springback behavior of stamped materials.
From receipt of engineering CAD designs to global shipping, we ensure traceability and quality at every step.
During the RFQ phase, our engineering team reviews your drawings. We run Design for Manufacturability (DFM) checks to evaluate tooling stress, progressive station layouts, and material efficiency, before providing a final quotation.
Once orders are confirmed, our tooling technicians build the custom dies using high-durability tool steel. Samples are run and checked for dimensional accuracy. We provide a full inspection report and material certificate for client approval.
Our customers test and evaluate the physical samples. Once the sample design is approved, we save the parameter sheets and load the configuration files to begin mass production.
High-volume manufacturing begins on our automated press lines. Quality engineers carry out in-line inspections and collect SPC (Statistical Process Control) data to guarantee consistent batch-to-batch precision. Finished parts then receive their final surface treatments.
Components are assembled in our dust-controlled workshop, packed in export-grade crating to prevent physical and oxidation damage during transit, and shipped with all required export and customs documentation.
Our Dedicated Assembly Workshop
Guided by Trust, Responsibility, and Professionalism, we invest in training and equipment to support long-term partnerships.
Trust: Building reliable partnerships remains our top priority. We focus on matching design tolerances and delivery schedules, aiming to exceed expectations.
Responsibility: We design complete manufacturing services tailored to our clients' design criteria, and support each step with technical document traceability.
Professionalism: Combining technical expertise with advanced machinery helps us resolve engineering issues and keep our production processes optimized.
ISO 9001:2015 and SA8000 Certified Operations
Clear, technical answers to key questions about our capabilities, pricing models, quality standards, and shipping procedures.
Our pricing model is based on raw material costs (subject to index shifts), manufacturing complexity, required tooling cycles, surface treatments, and volume brackets. Following a formal request, our engineers will evaluate your drawings and provide a detailed price breakdown.
Yes. To maintain tooling efficiency and support cost-effective setups, we require an ongoing minimum order quantity for international orders. Please reach out to our team with your project details to discuss specific MOQ guidelines.
Yes, we supply full documentation with each shipment. This includes Certificates of Analysis/Conformance (COA), chemical analysis from our GNR spectrograph, dimensional verification reports, heat treatment logs, and certified bills of lading for customs clearance.
Our typical schedule includes:
We work to accommodate your schedule. Please coordinate deadlines with your sales representative during the quotation process.
We accept wire transfers (T/T), Western Union, and PayPal. Our standard terms are a 30% deposit in advance to secure material orders, with the remaining 70% balance paid upon presentation of the copy of the Bill of Lading (B/L).
We warrant our materials and manufacturing workmanship. We offer a one-year warranty against manufacturing defects, starting from the delivery note date. In case of issues, our team works to resolve them in line with our quality standards.
We use heavy-duty export packaging designed for marine transit. Components are packed with vapor corrosion inhibitors (VCI), placed in moisture-barrier bags, and packed inside reinforced wooden crates to prevent damage from humidity and movement.
We ship through multiple channels depending on your needs. For time-critical items, air express is available. For bulk cargo, sea freight via Ningbo or Shanghai port is the most economical solution. We can quote FOB, CIF, or DDP terms depending on your requirements.
Ensuring dimensional accuracy and reliability for precision components, castings, and forged items.
XinYe Metal
