Explore our foundational range of CNC machined, stamped, hot forged, and die cast solutions designed for high-performance applications.
Understanding the critical paradigms of industrial mold relocation, high-pressure die casting automation, and international supply chain migration protocols.
Modern industrial procurement requires high flexibility. When transferring existing die casting molds (tooling) from domestic or underperforming overseas suppliers to a specialized manufacturer in China, a strict Die Casting Transfer Protocol is imperative. We analyze parting lines, runner gating, draft angles, ejector pin placements, and thermal configurations to optimize existing tools for seamless high-volume production without costly tool re-machining.
Aluminum die casting efficiency is dictated by heat extraction. Integrating IoT thermal cameras and automatic multi-zone cooling allows us to prevent structural anomalies like shrinkage porosity and gas trapping. Real-time monitoring of die temperatures during high-speed hydraulic cycles guarantees consistency across millions of shots, ensuring structural integrity for critical safety parts.
In response to supply volatility, tier-1 industrial clients are leveraging Ningbo's deep industrial cluster. By using a consolidated manufacturer who handles everything from hot forging, stamping, and high-precision CNC machining to surface anodizing, clients compress their suppliers from five down to one. This geographic concentration reduces logistical carbon footprints and mitigates quality routing errors.
A leading owner-managed SME corporation specializing in total-solution precision metal engineering since 1996.
Established as a family enterprise, Ningbo Jiangbei XinYe Metal Works Co., Ltd. has evolved into a highly automated custom engineering powerhouse. Strategically located within the Jiangbei Industrial Zone of Ningbo, China, our facility enjoys proximity to one of the world's most active deepwater ports and is within 3 hours from Shanghai International Airport via high-speed rail.
Our operation spans a massive 16,000 square meters of production floor, backed by an additional 11,000 square meters of development construction. Out of our 130 highly trained employees, over 80 staff members directly control our high-capacity production lines, while a dedicated core of 50 specialists direct product development, design engineering, metallurgy quality assurance, and global supply chain management.
From initial design-for-manufacturing (DFM) support to complete machining, casting, forging, surface treatments, and final mechanical assembly, XinYe delivers unparalleled supply chain agility.
Our heavy industrial plant utilizes Japanese imported machining systems and precision forging lines to achieve tolerances up to 0.001mm.
High-integrity forging setups designed for dense structural profiles, eliminating air pockets and cold shuts.
Our CNC machining division operates continuously to post-process raw castings and forgings into finished configurations.
State-of-the-art dimensional verification equipment checking surface roughness, density, and alloy purity.
Quality is our core promise. With ISO 9001:2015 and SA8000 certifications, we guarantee that every chemical and physical parameter matches the client’s specifications.
Performs precise quantitative chemical composition analysis on alloy raw material batches, verifying chemical content before foundry casting.
3D Coordinate Measuring Machine verifies geometric tolerances, ensuring 100% adherence to complex CAD model spatial specs.
Automated non-contact optical inspection system designed for fast, high-precision measurement of complex contours and thin-walled parts.
Enables localized edge-detection and surface profile monitoring, providing statistical process control (SPC) data in real time.
Measures post-machining and post-anodizing surface topography (Ra/Rz metrics) to ensure critical contact seal areas perform correctly in harsh environments.
Performs dynamic mechanical validation of structural assemblies, testing deflection loads, tensile points, and operational cycling limits.
Providing specialized engineering solutions for highly demanding industrial, automotive, and aerospace fields.
High-durability structures built to withstand chemical environments, heavy mechanical wear, and extreme pressure ranges.
Thin-walled, low-weight cast components and transmission brackets holding strict dimensional tolerances for lightweighting initiatives.
Heavy-duty, spark-proof fuel hydrant pit boxes and transmission parts designed to meet complex safety regulations.
Highly robust wear plates, cutter discs, and heavy-duty feed rollers engineered to endure extreme impact cycles.
Observe the physical execution of our high-volume forging lines, automated CNC machining sequences, and precise quality control procedures.
Take a tour of our 16,000 square meter facility, highlighting our progressive hot forging lines, stamping machinery, and cleanroom anodizing setups.
See the high-speed vertical machining capabilities of our advanced milling and turning center, executing complex dimensional shapes on forged aerospace alloy components.
From initial design-for-manufacturing (DFM) support to final global shipping, our workflow ensures traceability and consistency.
Our collaborative journey starts with a thorough design review. Our engineering team examines your component files (.STEP, .IGS, or 2D drafts) to check draft configurations, dimensional tolerances, material selection, and expected manufacturing volumes. We provide detailed tool-path and casting layout advice prior to steel mold cutting.
Once quotes and calculations are approved, we build custom injection mold tools. Samples are fabricated using precise parameters. This stage features:
This includes full metallurgical verification using our GNR Spectrograph and a complete dimensional CMM report to verify every critical feature before starting serial production.
Before beginning mass production, we send the initial sample batch directly to the client for validation and testing. This ensures perfect agreement between lab specs and real-world assembly conditions. Any adjustment requests are immediately processed by our R&D team.
Once samples are verified, mass production begins using optimized process controls. We deploy automatic quality gates at the trimming, CNC, and coating stations. Finished items are packaged using custom impact-resistant materials to ensure damage-free transit.
In addition to manufacturing raw parts, our facility features a specialized manual and automated assembly workshop, enabling us to deliver finished sub-assemblies. Every shipment comes with a one-year manufacturing warranty against defects.
How we ensure mechanical consistency and preserve valuable client tooling assets.
Structural reliability in die casting starts with raw material selection. We source pure ingot alloys directly from certified primary smelters, avoiding unrefined scrap that introduces iron and oxide inclusions. Every batch undergoes spectrographic testing before casting.
To support clients undergoing tool transfers, we offer comprehensive die reconditioning and routine maintenance, including thermal stress relief, shot-blasting, and core lubrication. This protective care extends the operational life of transferred tooling, deferring future tooling investments.
Built on the three pillars of Trust, Professionalism, and Operational Safety.
At XinYe, we believe our people are our primary asset. Our SA8000 compliance ensures ethical working conditions, fair compensation, and a safe, modern industrial floor. We run a continuous education model, providing regular technical training for all machine operators, metrologists, and assembly technicians.
We are also committed to resource conservation. By utilizing water recycling loops, high-efficiency electrical furnaces, and melting excess casting sprues, we minimize waste and lower production costs for our global partners.
XinYe maintains complete documentation to meet global supply chain audits and strict regulatory frameworks.
Validates our quality management systems for precision CNC machining, forging, and casting fabrication.
Confirms our commitment to ethical manufacturing, workplace safety, and fair labor practices.
Regular third-party audits ensure our operations meet global OEM requirements.
Reflects our continuous investment in progressive dies and hot forging innovations.
From thin-sheet metal fabrication to heavy alloy casting, we manage the complete lifecycle of custom metal manufacturing.
Enables complex geometries in thin-walled housings using multi-stage progressive stamping dies.
Delivers complex design features in stainless steel and alloys, minimizing subsequent machining requirements.
High-pressure mold casting for structural, thin-walled designs requiring low weight and high surface finish.
High-strength forging configurations for critical fatigue-prone areas, like automotive brackets and levers.
Ensures high dimensional accuracy, fine thread pitches, and flat sealing faces on raw components.
We combine our casting, stamping, machining, surface treatments (anodizing and electro-polishing), and assembly lines to deliver ready-to-install structural systems directly to our international clients.
Get answers to common questions about tooling ownership, pricing structures, transition times, and quality documentation.
Our pricing is calculated based on raw material market index values, tool complexity, dimensional tolerances, order frequency, and surface treatment requirements. Contact our sales department to receive an updated, transparent pricing matrix.
Yes, we establish MOQs for international orders to ensure production setup efficiency. The specific quantity is determined by the size and complexity of the part. Prototype batches are quoted separately during the tooling phase.
Absolutely. We provide comprehensive inspection reports, including Certificates of Analysis/Conformance (chemical composition), 3D CMM inspection data, surface roughness measurements, and export documents. ISO 9001 and SA8000 validation records are also available.
Standard prototype sample fabrication takes about 7 days after drawing approval. Mass production lead times are typically 20 to 30 days following receipt of deposit and sample confirmation, depending on volume. We work to align with your project timelines.
We work with wire transfers, Western Union, and PayPal. Our typical payment term is a 30% deposit in advance, with the remaining 70% balance paid against the copy of the Bill of Lading (B/L).
We provide a one-year warranty on materials and workmanship from the delivery date. We work to address and resolve any quality concerns to ensure customer satisfaction.
Yes, we use reinforced, export-standard packaging. Fragile features are protected with custom foam shapes, and structural boxes are securely bound on pallets. We also manage packaging compliance for hazmat or moisture-sensitive components.
Shipping fees depend on the chosen transit method. Express shipping is fastest but costlier, while sea freight is highly cost-effective for large production batches. We calculate shipping costs based on package volume, gross weight, and destination port.
Our engineering team performs a physical inspection of the incoming tool to review its gating, ejector systems, cooling lines, and centering keys. If modifications are needed to run the tool on our automated machines, we handle the adjustment in our internal tooling shop to minimize downtime.
Select any category below to request a detailed design and manufacturing quote from our engineering department.
XinYe Metal