Explore our structural aluminum framing solutions, custom die castings, high-performance hot forgings, and secondary machining services.
The global demand for industrial modular structural platforms has witnessed a paradigm shift towards structural weight optimization, durability, and fast-track deployment. High-strength aluminum extrusions (primarily 6000 and 7000 series alloys) have rapidly supplanted traditional structural steel profiles in automation lines, robotic cages, solar module racking, EV undercarriages, and sophisticated logistics systems.
Today’s engineering environments demand tight geometric tolerances (under DIN ISO 2768-m standards) combined with flexible modular designs. OEM Extruded Aluminum Framing has become the benchmark solution due to its outstanding strength-to-weight ratio, native anti-corrosion properties, and compatibility with standard accessories like T-slot bolts, corner braces, and multi-axis brackets.
Established in 1996, XinYe is a leading owner-managed SME specializing in precision components and structural custom metal fabrication.
Located within the highly integrated Ningbo Jiangbei Industrial Zone, our facility is strategical positioned within a 3-hour commute from Shanghai International Airport via China's high-speed rail network. Our infrastructure spans 16,000 square meters of high-density production area with an additional 11,000 square meters allocated for construction and capacity scaling. Our technical team is composed of 130 highly specialized personnel, including 80 direct operators on the production floor and 50 dedicated engineers focusing on product development, quality control, advanced metallurgy, and engineering management.
Our priority and responsibility is to continuously exceed industrial customer expectations through integrity and technological mastery.
Executing thorough structural designs, optimizing raw materials, and delivering complex, assembly-ready structural kits.
Our advanced engineering workflows guarantee repeatable quality, continuous process improvements, and technological innovation.
Our production floor operates under a standard 16-hour schedule over 6 days. However, to support global logistics and peak procurement demands, our infrastructure is engineered to scale up to 24/7 continuous operations within 30 days. This agility allows XinYe to buffer global raw material fluctuations and compress turnaround schedules for large-scale engineering builds.
By leveraging advanced ERP workflows, automated tool/die tooling setups, and direct proximity to the Beilun Port (Ningbo)—one of the world's leading deep-water shipping terminals—we bypass transport bottlenecks, guaranteeing prompt, reliable container loading and raw material traceability.
XinYe’s mechanical ecosystem integrates imported Japanese precision equipment, heavy hydraulic lines, and advanced CNC machining centers.
Friction press machinery with capacities from 300 to 1,000 tons. High-capacity column hydraulic units running from 100 to 630 tons. High-efficiency stamping lines from 5 to 250 tons.
Equipped with high-rigidity multi-axis CNC centers, automatic CNC lathes, and heavy milling centers to perform secondary cross-drilling, counterboring, and custom slot configurations.
In-house chemical anodizing, hard-anodizing, electro-polishing, and bead blasting lines. We control surface roughness parameters (Ra) down to micrometric scales.
XinYe metal frames and components are integrated across demanding industries across Europe, North America, and globally.
Flame and gas detection housings, explosive-proof framing kits, and hydrant pit boxes engineered for oil, gas, and heavy mining environments.
Turbine inlet guide components, heavy-duty brackets, structural hinge assemblies, and specialized fuel distribution manifold systems.
Electric mobility frame components, battery pack support framing, structural power distribution brackets, and engine mounts.
Anodized culinary-grade components, framing structures for automated production lines, cream whippers, and tabletop stoves.
At XinYe, quality is not a checkpoint; it is a foundational process. Our manufacturing lines run under strict compliance with ISO 9001:2015 (Quality Management Systems) and SA8000 (Social Accountability Standard) certifications. From standard alloy billets to post-anodized framing components, every stage is fully documented with complete batch traceability.
Our internal Quality Control division applies cutting-edge instrumentation to verify physical, chemical, and dimensional compliance. Chemical checks are carried out using GNR spectrometers to verify proper alloy composition before casting or forging begins.
GNR Spectrum Analyzer
CMM Inspection Machine
Video Measuring System
Tension/Compression Tester
From engineering drawing review to safe ocean packaging, we ensure absolute alignment with your technical goals.
Comprehensive analysis of 2D/3D models to optimize wall thickness, cross-sectional areas, tolerances, and mating slot designs.
Extrusion die development, trial runs, dimensional sample validation, and issuing material certification/ISIR documents.
Large-scale extrusion, mechanical stretching, precision tempering (T5/T6), automated multi-axis milling, and CNC surface operations.
Structural pre-assembly checkups inside our dedicated clean workshops, followed by sea/air shipping packaging to prevent surface scratching.
Order Details Setup
Sample Processing
Client Approvals
After-Sales Logistics
Explore how our engineering teams solved challenging operational requirements for international customers.
Heavy-duty profiles designed for robotic handling lines. Formed from 6061-T6 alloy for maximum rigidity.
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High-strength alloy components meeting tight geometric tolerances for robotic spot welding.
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Hinge brackets and turbine inlet parts engineered to withstand sub-zero conditions and high stress.
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Integration of wear-resistant Q345B and 42CrMo materials with high-strength structural framing supports.
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High-rigidity components engineered for industrial automation, structural architecture, and specialized machinery.
XinYe Metal