Precision engineered parts optimized for Hamburg's heavy industrial, maritime logistics, and aerospace engineering standards.
High-pressure die casting solutions offering superior dimensional stability and custom corrosion-resistant finishes.
Investment casting methods designed for complex geometries, critical flow control valves, and marine components.
Hot forged alloys designed for load-bearing applications in transport machinery and logistics interfaces.
High-ductility sheet metal forming for complex electronic housings and marine enclosure kits.
As Northern Germany's industrial beating heart, the metropolitan region of Hamburg acts as a primary hub for global supply chains. Home to the port infrastructure of the Port of Hamburg, the aerospace production facilities at Airbus Finkenwerder, and extensive logistics networks, the local industry demands metallurgical suppliers that offer more than simple production. Sourcing departments in Hamburg require zero-defect manufacturing, localized supply security, and absolute compliance with European environmental and supply chain directives.
In aerospace manufacturing, weight reduction is critical. Precision-engineered aluminum components are the baseline for structural frames, seating structures, and cabin air duct components. Similarly, the automotive engineering cluster in Hamburg-Nord and Harburg relies on high-pressure die cast components to support the transition to electric vehicles (EVs). Lightweight brackets, thermal cooling elements, and structural engine mounts cast from high-conductivity, low-impurity alloys are key to meeting performance metrics.
By connecting Ningbo's advanced manufacturing hub directly to the Port of Hamburg through established maritime routes, we bridge the gap between competitive offshore manufacturing efficiencies and localized German engineering specifications. Our engineering services provide local project support, ensuring drawings, tolerances, and quality certifications align with DIN EN standards.
Founded in 1996 as a dedicated family enterprise, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has developed into an owner-managed SME corporation specializing in advanced metallurgical forming, precision tooling fabrication, and surface post-treatments.
Strategically located within the Ningbo Jiangbei Industrial Zone, our modern production campus sits within a 3-hour high-speed rail corridor from Shanghai Pudong International Airport. This geographic advantage streamlines technical visits, cargo logistics, and rapid prototype delivery to European procurement offices.
Spanning 16,000 square meters of production floor space, with an additional 11,000 square meters of dedicated construction land reserved for future assembly and robotic automation pipelines, XinYe maintains a workforce of 130 highly specialized professionals. This includes 80 skilled production floor technicians and 50 staff engineers committed to development, quality control, metrology, and cross-border project management.
We deploy advanced metal processing technologies to serve high-reliability industries globally.
Multi-axis CNC centers with indexable tooling enable high precision on tight tolerances (±0.005mm). Ideal for post-processing cast structural parts for aerospace brackets and mechanical seals.
Using advanced closed-die forging presses up to 1000 tons, we align the internal grain structures of high-strength alloys. This eliminates internal porosity and micro-void defects, maximizing fatigue life.
Investment casting yields complex parts directly from 3D models. We deliver thin-walled, corrosion-resistant parts suited for food processing machinery and maritime pumps.
Capable of processing copper, steel, high-performance alloys, and structural plastics. Custom stamping press lines support components from raw strip stock up to deep-drawn structural enclosures.
We provide specialized surface finishing in-house, including chemical anodizing, bead blasting, powder coating, and electrochemical polishing to meet offshore marine requirements.
Our production plant in Ningbo features advanced machinery imported from Japan and Europe to guarantee high precision.
Pressing capacities ranging from 300 tons to 1,000 tons. Built for hot-forged aluminum and copper structural components requiring high density.
High-speed CNC machinery providing tight tolerances for post-cast machining. Capable of complex component geometries in one setup.
Automatic stamping press lines operating with forces between 5 tons and 250 tons. Handles structural sheet metal parts and deep drawing.
Transparency is key to building strong engineering partnerships. We invite you to view our production processes, including automated casting, die temperature monitoring, multi-axis machining, and metrology testing.
Our facility runs on a 16-hour, 6-day production schedule by default. To support high-volume runs for large European industrial contracts, our operations can transition to 24/7 continuous operation within 30 days. Contact our engineering team for a virtual live audit of our facilities.
Schedule Live Factory AuditOur ISO 9001:2015 and SA8000 certified plant uses advanced testing equipment to ensure parts conform to specifications.
Optical emission spectrometry checks the chemical composition of incoming alloys, preventing batch contamination.
Our 3D Coordinate Measuring Machine (CMM) automatically measures critical dimensional paths against 3D CAD files.
Optical measurement systems verify 2D features and hole spacing on fine-limit stamping parts.
Verifies surface roughness (Ra) values post-machining to ensure proper seating of rubber o-rings and gaskets.
Every production batch undergoes inspection. Standard documentation includes dimensional inspection records, material mill sheets, and EU-compliant conformity declarations.
We manage your project from initial design review through to final ocean transit and customs clearance in Northern Germany.
Our engineers evaluate draft angles, gate location, and shrinkage to optimize the tool design.
Hardened steel dies (using H13 hot-work tool steel) are machined in-house for sample runs.
Initial samples undergo verification, visual inspection, and dimensional checks before shipping to Hamburg.
Mass production commences with casting, CNC post-processing, and inline quality control checks.
Components are packed in seaworthy containers and shipped from Ningbo Port directly to Hamburg.
Real-world component solutions engineered for aviation fueling systems, heavy maritime equipment, and logistics.
Forged aluminum structural valve components machined to tight limits for pipeline control systems.
High-pressure die cast engine mount brackets offering high strength and fatigue resistance.
Cast alloy hydrant pit boxes designed for airfield refueling operations in airport ground support.
Precision-machined structural disc assemblies engineered to handle high torque dynamics.
The manufacturing landscape is undergoing significant changes driven by decarbonization targets. European procurement directives require supply chains to reduce carbon intensity. Aluminum, which is infinitely recyclable, plays a key role in this transition.
To help clients in Hamburg and wider European markets meet these targets, our factory is updating its melting processes to use recycled aluminum scrap. This significantly reduces the carbon footprint per component compared to using primary aluminum ingots, without compromising mechanical properties.
Furthermore, we utilize MAGMASOFT simulation tools to optimize mold designs. By simulating metal flow patterns, thermal profiles, and solidification behavior, we can prevent internal defects before machining the mold cavity. This approach minimizes trial runs, reduces production scrap, and shortens project lead times.
Our complete product range of castings, forgings, stamping, and CNC machining solutions.
Industrial grade structural casings and engine manifolds engineered to high-pressure tolerances.
Precision stainless steel and tool steel lost wax casting for pump bodies and gas regulators.
Hot-forged chassis mounts and safety fittings designed for mechanical reliability.
High-ductility deep drawn sheet metal products and safety enclosures.
High-precision post-machined components with anodized or passivated finishes.
Progressive die stamping and deep drawing for industrial control cabinets.
Investment casting using steel and copper alloys for offshore terminal valves.
Automated high-pressure casting for complex, lightweight structural parts.
Technical answers regarding tooling processes, lead times, logistics, and quality assurance specifications.
XinYe Metal