Explore our integrated metal fabrication solutions—from precise stamping to complex forging and surface treatements.
In global industrial manufacturing, calculating the cost of OEM anodizing is not simply a matter of square inches or weight. Anodizing is an electrochemical process that transforms the metal surface into a decorative, durable, corrosion-resistant, anodic oxide finish. For procurement managers and engineers sourcing from anodizing factories, pricing structure optimization is critical to achieving a competitive cost-per-part (CPP) ratio.
The alloy composition determines the aesthetic uniformity and film structure of the anodic layer. Extruded aluminum (6000-series, like 6061 or 6063) features low copper content, ensuring excellent anodizing clarity and a minimal defect rate. Conversely, cast alloys (like A380 die casting) contain high silicon levels (up to 9.5% or more), which do not form a clean oxide layer, leading to a dark gray smudge and uneven plating. Correcting this requires specialized chemical acid etches, expanding processing steps and increasing total factory costs.
XinYe Metal
Total Anodizing CPP = [Racking Labor + Masking Labor + (Amortized Tooling / Volume)] + [Chemical Consumption Rate + (Power Load kW/h × Bath Cycle Time) × Energy Cost] + Yield Loss Coefficient
By working with an integrated factory like XinYe Metals that performs CNC machining and anodizing under one roof, transit damage and interface oxidation are eliminated, reducing the Yield Loss Coefficient to near zero.
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. remains a highly dedicated, owner-managed SME corporation today. Located in the Ningbo Jiangbei Industrial Zone, our facility is within convenient reach—just 3 hours from Shanghai Pudong International Airport via the high-speed train network.
Our facility spans a total area of 16,000 square meters of production floor, with an additional 11,000 square meters designated for ongoing construction and future expansion. We employ a skilled team of 130 professionals, consisting of 80 production line personnel and 50 experts specialized in product development, engineering design, quality control, and administration.
Providing one-stop industrial manufacturing engineering services from initial product design to final surface anodizing.
Equipped with multi-axis CNC machining centers, high-speed turning machines, and advanced milling machines to maintain a 0.001mm precision tolerance for critical components.
High-density friction press machines ranging from 300 tons to 1000 tons, delivering reliable strength and grain structure refinement in structural alloy components.
Wax die stainless steel investment casting for intricate shapes, thin walls, and high-quality net shape profiles, perfect for demanding industrial applications.
Presses from 5 tons to 250 tons working with steel, aluminum alloy, copper, and polymer materials. Providing sheet metal deformation and stamping.
Equipped with chemical anodizing, mechanical blasting, and E-polish (Electropolishing) processing lines. Engineered for corrosion protection and finish durability.
High-precision cold and hot chamber die casting systems for complex shapes, structural strength, and clean finishes across high-volume production runs.
Our products are exported to Europe, North America, and Russia, meeting requirements across fields like healthcare, automotive, aerospace, and food processing.
Equipped with state-of-the-art machinery imported from Japan to ensure process reproducibility and surface finish consistency.
Friction press force from 300 to 1000 tons. Column hydraulic force from 100 to 630 tons. Punching presses from 5 to 250 tons.
High-Volume Capacity
Multi-axis tooling setups, high precision turning lathes, and robust vertical mills designed for aerospace-grade tolerances.
0.001mm LimitHigh performance turning capability integrated directly with multi-tasking operations for high production efficiency.
Swiss-Type Turning
Detailed drawing review, tolerance validation, and finish specifications.
Prototyping, material certificate checks, and structural testing.
Detailed evaluation, cosmetic checks, and chemical approval.
Multi-stage processing, automated tracking, and batch inspection.
Sea/air dispatch, customs clearing, and 12-month quality guarantee.
Our standard factory production operation runs 6 days a week, 16 hours a day. In the event of emergency demand spikes, we can ramp up to a full 24/7 continuous shift mode within 30 days.
In modern industrial sourcing, fragmented supply chains present major risk factors. Sourcing raw materials from one mill, forging them at a second plant, machining them at a third, and sending them to an external vendor for anodizing creates multi-point logistical friction. Each transfer point increases the risk of mechanical damage, shipping delays, handling defects, and complex liability issues.
Ningbo Jiangbei XinYe Metal Works Co., Ltd. solves this through our vertically integrated model. By managing forging, stamping, casting, multi-axis CNC machining, assembly, and surface treatment under a single quality system, we achieve significant efficiencies:
With machining and surface finishing in the same facility, logistics time is cut to zero, reducing production cycles by 5 to 10 days.
We assume 100% accountability for quality from raw bar stock to the final anodized surface, eliminating disputes between machinists and anodizers.
Eliminating secondary handling, multi-supplier packing, and double profit margins significantly reduces the final unit cost.
Holding ISO 9001:2015 and SA8000 certifications, we monitor every step of production with advanced testing instruments.
Quality is the lifeblood of our business. Our quality control system covers every stage of production from raw materials to final packaging. Key components of our quality program include:
GNR Spectrum
CMM Inspection
Video Measure A
Video Measure B
Rough Meter
Tension Tester
Review real-world applications of our high-precision custom parts and assemblies.
High-strength aluminum rings and adapters, manufactured using hot forging and precision CNC machining.
Material: Al-Alloy, Stainless Steel View Details
Suspension mounts and structural brackets manufactured to strict geometric tolerance limits.
Material: Al-Alloy, Stainless Steel View Details
Aviation fuel hydrant pit boxes, hinge brackets, and fuel delivery manifolds with anodized finishes.
Material: Al-Alloy, Stainless Steel View Details
Wood chipper disk rotors and feed rollers designed for harsh processing environments.
Material: Q345B, 42CrMo, NM400 View DetailsAs regulatory requirements tighten around chromium emissions and chemical footprints, the anodizing industry is undergoing a significant transition. Modern global enterprises must align with partners whose technology roadmaps prioritize environmental sustainability and efficiency.
XinYe is developing an advanced wastewater treatment facility designed to recycle 90% of sulfuric acid rinse cycles. This closed-loop design minimizes municipal environmental impact, ensuring uninterrupted plant operations during periods of environmental regulation.
By replacing standard DC currents with pulse wave anodizing, we reduce heat generation during high-thickness plating. This technique improves cell structure density, increases surface hardness up to 65 Rockwell C, and cuts power consumption by up to 25%.
To complement our metal fabrication and anodizing capabilities, our facility features a dedicated assembly workshop. This allows us to supply complete mechanical assemblies, ready-to-install control units, and pre-packaged components directly to our clients' production lines.
At XinYe, we believe our social and environmental responsibilities are as critical as our engineering quality. Our facility operates under the SA8000 Social Accountability Standard, protecting labor rights, workplace safety, and ethical management across our entire workforce.
We prioritize open, honest communication with our clients. Our goal is to consistently deliver performance that exceeds specifications.
We take a detailed, proactive approach to design, processing, inspection, and logistics to address client needs from order to delivery.
Our engineers pursue ongoing optimization in tooling, processing, and cost structures to keep clients competitive in their markets.
Common questions about metal fabrication, surface treatment costs, lead times, and international shipping.
Anodizing costs are based on racking density, surface area, and masking labor. Complex geometries that require hand-applied tape masking or custom racking have higher unit costs, whereas simple parts processed on high-density racks offer significant economies of scale.
For samples, the lead time is about 7 days. For mass production, the typical lead time is 20-30 days after receiving deposit payment and drawing approval. We work with clients to accommodate tight schedule constraints where possible.
Yes, we require an ongoing minimum order quantity for international shipments to cover setup costs and custom tooling setup times. Please contact our sales team to discuss details for your specific components.
We provide comprehensive documentation including Certificates of Analysis/Conformance, material certificates, dimensional inspection reports, CMM measurements, and origin documents required for customs clearance.
Our standard 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 accept bank wire transfer, Western Union, and PayPal.
We warrant all materials and workmanship for one year from delivery. If any manufacturing defect is identified, our policy is to inspect, diagnose, and resolve the issue quickly through replacement or credit.
We use high-quality export packaging tailored to the component design. For anodized parts, we use individual foam wraps, partitioned trays, and protective sleeves to prevent surface contact during transit.
Shipping costs depend on the delivery method, weight, and volume. Sea freight offers the most economical solution for larger volumes, while air freight is available for urgent deliveries. We can calculate shipping costs once order details are confirmed.
Review our core manufacturing services and contact our engineering team to request a quote.