Explore our core engineering capabilities, customized to meet international quality standards and high mechanical tolerances.
Custom deep drawn parts with strict dimensional consistency.
High-density forging for heavy industrial and automotive stress components.
4-axis CNC turning and milling capable of tight micron tolerances.
High pressure aluminum die casting for lightweight enclosures.
Complex stainless steel and carbon steel lost wax casting components.
Heavy machinery components with critical tensile performance profiles.
Secondary precision processing with post-anodizing thread treatment.
Robust custom stampings designed for high wear-resistance environments.
In B2B purchasing, anodizing is not simply a cosmetic finish. It is a controlled electrochemical modification of the aluminum surface, transforming the bare metal into a structural aluminum oxide layer. Type II anodizing provides a porous, dye-receptive barrier layer ideal for color customization, whereas Type III (Hardcoat) anodizing requires low-temperature acid baths (-5°C to 0°C) with high current densities to generate an oxide thickness exceeding 50 microns. This technical approach guarantees maximum wear and corrosion resistance for aerospace, defense, and high-load automotive systems.
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has evolved into a highly integrated, owner-managed SME corporation. Positioned strategically within the Ningbo Jiangbei Industrial Zone, our facility is within a 3-hour transport window of Shanghai International Airport via high-speed train network.
Over the past 28 years, our manufacturing footprint has expanded to cover a total area of 16,000 square meters of production floor, complemented by an additional 11,000 square meters of construction. Out of our 130 dedicated staff members, 80 manage core production machinery, while 50 lead product development, quality assurance, engineering, and global supply chain management.
As a leading custom metal manufacturer in China, we specialize in high-precision technologies, including CNC machining, hot aluminum forging, wax die stainless steel casting, and complex surface treatments like anodizing and electropolishing.
Developing robust components through integrated forging, precision casting, and advanced surface coating solutions.
Our machining line features 4-axis control CNC centers, precision lathes, and milling systems. We process components down to ±0.005mm tolerances, ensuring flawless integration for post-machined anodized assemblies.
Utilizing high-capacity friction presses from 300 to 1000 tons, we forge complex aluminum alloys (6000 & 7000 series). Hot forging yields high-density grain structures, minimizing internal porosity and strengthening structural parts.
Our investment casting line produces high-durability stainless steel components. Wax die casting is ideal for intricate geometric profiles requiring minimal post-processing.
We process steel, alloy, copper, and engineering plastics through dynamic stamping. Utilizing punching press forces from 5 to 250 tons, we maintain consistent metal forming standards.
Our in-house chemical processing capabilities ensure that components undergo rigorous surface cleaning, acid etching, anodizing, and sealing to meet target salt-spray resistance benchmarks.
We handle everything from collaborative design, initial tooling fabrication, mass production, quality metrics verification, to global delivery logs.
Why procurement teams trust Ningbo factories for high-volume anodizing and complex structural fabrication.
Ningbo is a leading industrial hub for advanced chemical finishing, hardware, and automotive manufacturing. Our facility leverages local alloy suppliers, rapid mold fabrication shops, and direct transport links to the deep-water Port of Ningbo-Zhoushan. This localized infrastructure reduces lead times and shipping costs for overseas buyers.
We source certified aluminum alloys directly from local mills. Precise alloy compositions (6061, 7075, 5052) are crucial for uniform oxide thickness and deep dye penetration during anodizing.
Our surface finishing setups use automated rack lines that control chemical immersion times, temperature values, and current densities to prevent common defects like color variation or chemical burns.
Our facility operates under local environmental laws, utilizing waste-water treatment plants to ensure continuous operation and uninterrupted production schedules for our global clients.
Our components are engineered to withstand demanding environments, serving critical global industries.
Fire and gas safety detection components, flame sensors, toxic gas enclosures, and specialized hydrant pit box enclosure kits for the mining, oil, and gas sectors.
Turbine inlet components, transmission elements, high-strength brackets, and aerospace-grade structural hardware designed to withstand extreme thermal cycles.
Gearbox housings, engine brackets, steering components, and lightweight E-bike parts like connectors, tubes, and levers requiring highly decorative, protective finishes.
Specialized whipped cream dispensers, tabletop cooking stove components, and kitchen hardware needing food-grade compliance and smooth, easy-to-clean anodized profiles.
Watch our facilities in action and learn about our quality-focused production workflow.
We review technical drawings, tolerances, alloy grades, anodizing specifications (MIL-A-8625 Type II/III), and post-finishing requirements.
Our engineering team designs forging dies or injection molds. Samples are machined, anodized, and inspected. We provide dimension reports and chemical certificates for client approval before starting bulk runs.
We collect direct feedback from our clients, adjusting parameters like coating thickness, gloss levels, and surface roughness before moving to mass production.
Our workshop schedules runs on our friction press systems, multi-axis CNC machines, and finishing lines. In-process quality control inspectors monitor physical dimensions and surface finishes throughout the run.
Finished components are assembled in a clean environment, packed in tailored protective crates to prevent scratches, and shipped via Ningbo or Shanghai port.
Our core production machinery is imported from Japan to ensure consistent precision.
Press force ranging from 300 to 1000 tons. Features integrated temperature sensors to control billet heating.
Ensures high-precision machining with tolerances down to ±0.001mm.
Equipped with coordinate measuring machines (CMM) and video measuring systems for comprehensive component inspection.
Our workshop runs on a standard 16-hour, 6-day rotation. For high-volume projects, we can transition to 24/7 continuous operation within 30 days to meet tight deadlines.
TIPAS MACHINE h65TMY Capabilities Video Showcase
Quality is the foundation of our business. Our testing systems track every component from raw material to delivery.
Ningbo Xinye operates under ISO 9001:2015 and SA8000 certification, maintaining strict international compliance standards.
Our core business values center on trust, transparency, and high quality standards.
At Xinye, we believe in building long-term relationships through professional manufacturing services, high-quality finishes, and reliable deliveries.
Explore real-world examples of our custom metal fabrication and surface finishing solutions.
Precision forged aluminum components designed for high stress levels and chemical exposure in industrial machinery.
Lightweight transmission brackets and assembly connectors meeting critical automotive tolerances and corrosion resistance metrics.
Critical aviation pit box assemblies, including hinges, brackets, and wear-resistant chemical-seal coatings.
High-durability crushing components designed to withstand impact and friction during continuous industrial waste processing.
Find answers to common questions about our metal fabrication and anodizing services.
High-quality components manufactured to meet demanding industrial and mechanical applications.
Custom deep drawn parts with strict dimensional consistency.
High-density forging for heavy industrial and automotive stress components.
4-axis CNC turning and milling capable of tight micron tolerances.
High pressure aluminum die casting for lightweight enclosures.
Complex stainless steel and carbon steel lost wax casting components.
High-density forging for heavy industrial and automotive stress components.
4-axis CNC turning and milling capable of tight micron tolerances.
High pressure aluminum die casting for lightweight enclosures.
XinYe Metal