Explore our engineering capabilities spanning across custom aluminum casting, hot forging, high-precision stamping, and state-of-the-art CNC machining.
Understanding how global structural demands dictate the evolution of high-performance alloy extrusion processes.
Aluminum T-slot extrusions have rapidly become the architectural baseline for advanced manufacturing environments. Historically confined to static framing, the demands of the modern industrial landscape—ranging from automated robotic work cells and structural battery trays to critical cleanroom configurations—require extrusions with precise dimensional accuracy and superior mechanical strength-to-weight ratios.
As a leading supplier in China, Ningbo Jiangbei XinYe Metal Works Co., Ltd. leverages structural optimization technologies, including advanced 6000 and 7000-series alloy compositions, to supply products that withstand intense load tolerances, mitigate fatigue over time, and resist corrosion under demanding conditions.
T-Slot extrusions facilitate modular adjustments in assembly lines, enabling zero-backlash positioning. We design integrated profiles that accommodate sensors, internal cabling, and structural brackets.
High wind loads call for profiles with optimal moment of inertia characteristics. Our custom designs reduce raw material usage while maintaining structural integrity.
Utilizing high-strength aluminum alloys, we manufacture components that offer structural alternatives to structural steel, reducing weight by up to 50% without compromising tensile strength.
Founded in 1996 as a family business, Ningbo Jiangbei XinYe Metal Works Co., Ltd. remains an owner-managed SME corporation. Over nearly three decades, we have evolved from a local machine shop to a globally recognized supplier of complex metal assemblies and structural aluminum parts.
Located within the highly industrialized Ningbo Jiangbei Industrial Zone, our facility offers strategic access to logistics hubs, positioned within 3 hours of the Shanghai international airport via the high-speed rail network. Spanning a total production area of 16,000 square meters, with an additional 11,000 square meters of construction, we operate a lean manufacturing facility that accommodates short-lead prototype developments and continuous high-volume mass production runs.
Our workforce of 130 employees includes 80 production staff and 50 specialists in product development, engineering, quality assurance, and global supply chain management.
Our facility houses high-tonnage extrusion presses, multi-axis machining centers, and comprehensive thermal treatment lines to ensure robust structural output.
We operate 16 hours a day, 6 days a week, with the capacity to transition to a 24/7 continuous run mode within 30 days to meet demand surges.
Supported by more than 20 technical model patent certificates, our R&D team provides comprehensive design support from concept to prototype.
Combining multiple technologies under one roof to deliver structural aluminum extrusions and CNC machined parts.
We provide a wide range of manufacturing qualifications, allowing us to supply components that go beyond simple extrusions. Our core competencies include:
By integrating extrusion with downstream secondary processing (milling, drilling, tapping, and surface treatments), we eliminate supply chain handoffs. This ensures that every aluminum profile arrives at your facility ready for assembly.
| Equipment Type | Press / Machining Capacity | Core Application & Manufacturing Purpose |
|---|---|---|
| Friction Press Machines | 300 Tons to 1,000 Tons | Heavy-duty alloy forging, high-density aerospace structural components |
| Column Hydraulic Press Machines | 100 Tons to 630 Tons | Precise metal formation, stamping calibration, deep drawing operations |
| Punching Press Machines | 5 Tons to 250 Tons | High-speed stamping, structural bracket punching, modular panel fabrications |
| CNC Machining Centers | 4-Axis & Multi-Axis Control | High-tolerance post-machining, precision milling of structural T-slots |
| CNC Turning & Milling Machines | High-precision spindles | Custom components, connectors, bushings, and assembly interface hardware |
| TIPAS MACHINE h65TMY | High-precision multitasking CNC | Complex mill-turn configurations, ensuring concentricity and tight-tolerance finishes |
Take a closer look at our machinery, designed for processing structural and high-tolerance industrial metal components.
Friction forging setup designed to process dense, high-strength aluminum parts.
Maintains dimensional tolerances down to 0.001mm for complex geometries.
Equipped with CMM and video measurement systems to verify critical dimensions.
Supplying structural components to key markets across Europe, North America, and globally.
We manufacture precision structural plates and custom mounting brackets for heavy machinery. These components require high structural load tolerance and are designed to function under intense operating vibrations.
Our facility designs and manufactures transmission brackets, structural battery box components, and lightweight E-bike parts (tubes, levers, connectors) that meet automotive durability and safety standards.
We manufacture safety-critical components, including Aviation Fuel Hydrant Pit Box enclosures, transmission hinge brackets, and turbine inlets designed to withstand corrosive and high-stress fuel environments.
We manufacture precision crushing components, providing heavy-duty structural discs and feed rollers that resist wear and structural fatigue during operation.
From chemical analysis of raw materials to final dimensional inspection, we maintain certifications to meet international industrial standards.
We operate under the philosophy that "Quality is life." To ensure consistency for critical components, we have implemented an inspection management workflow. This system provides traceability from the mill test certificate (MTC) of the incoming billet to the dimensional compliance certificate of the finished parts.
Our quality assurance includes:
Verifies the precise chemical composition of alloys before extrusion or forging begins.
Performs coordinate measurement of complex parts to verify tolerance limits.
Provides non-contact, high-magnification edge detection for complex contours.
Measures micro-finish characteristics to ensure parts meet specified surface parameters.
Video Measuring Station
Spring Tension & Load Tester
Quality ISO Certificate
Social Accountability Certificate
License Certifications
Ensuring cross-border compliance, structural product conformity, and reliable supply chain integration.
We align our material formulations with global standards, including RoHS, REACH, and REACH SVHC compliance protocols. Our engineering processes are structured to meet strict industrial specifications for chemical purity and mechanical limits.
We work with international logistics providers to manage customs clearance, export document filing, and delivery routing, including DDP, CIF, and FOB terms. Our specialized packaging prevents corrosion and transport damage.
Our localized support covers engineering reviews and structural material analysis. We convert standard 2D and 3D files (including DWG, STEP, and IGES formats) to align with our production setups, helping to optimize costs before tooling begins.
From initial design to post-sale support, we manage each stage of the project lifecycle to ensure quality and compliance.
Our engineers review your technical drawings and structural requirements. We evaluate tolerances, mechanical properties, and surface finish requirements, then provide detailed pricing, tool life estimates, and production timelines.
Our tooling division designs and manufactures the custom extrusion dies. Once completed, we run initial sample profiles and perform full-dimensional inspections. We then provide sample parts, dimension reports, and material certificates to the customer for approval.
We check sample performance against your application criteria. Any adjustments to tolerances, fitment, or surface finishes are addressed and updated in the control plan before releasing the design for mass production.
Our production lines run the approved profiles, followed by CNC machining, surface treatment, and thermal processing to achieve the specified temper (e.g., T5 or T6). Quality control personnel monitor dimensions and surface finishes throughout the production run.
For projects requiring complex assemblies, we offer assembly services in our specialized workshop. Parts are packed using protective wraps and sturdy wooden cases to prevent damage, oxidation, and scratches during international shipping.
We offer specialized solutions across die casting, hot forging, lost wax casting, stamping, and high-precision CNC machining.
Adapting our manufacturing capabilities to meet changing industry demands and environmental standards.
With growing demand for environmental compliance, we are integrating recycled aluminum and low-carbon primary billets into our supply chain. This helps reduce the carbon footprint of our components while maintaining mechanical properties and structural integrity.
We are expanding our manufacturing systems by linking our CNC centers with automated coordinate inspection units. This integration supports real-time monitoring of dimensional tolerances, minimizing production variability across high-volume orders.
To support automotive lightweighting and demanding aerospace designs, we are developing extrusion processes for high-yield 7000-series aluminum alloys. These alloys offer tensile strength values comparable to carbon steel at a fraction of the weight.
Get answers to common technical, logistics, and quality assurance questions regarding our manufacturing services.
Our pricing is evaluated based on tool complexity, raw material volume, alloy classification, and post-machining requirements. Custom extrusion dies and forging tools are quoted upfront with guaranteed service lifetimes. Contact our sales department with your specifications for an updated quote.
We require ongoing minimum order quantities for international shipments to maintain production efficiency. MOQs depend on profile weight and manufacturing steps. Standard runs typically require 500kg to 1000kg, though smaller trial runs can be arranged for sample validation.
Yes, we supply complete material documentation for export, including Certificates of Analysis (COA), Certificates of Conformance (COC), origin certificates, and chemical composition analysis reports verified by spectrochemical analysis.
Tooling and sample production generally take 7 to 10 days. Mass production runs are typically completed within 20 to 30 days after drawing approval and deposit confirmation. We work to coordinate with client deadlines and assembly schedules.
We accept wire transfer, Western Union, and PayPal. Our standard terms are a 30% deposit in advance of tooling and production setup, with the remaining 70% balance due against presentation of the Bill of Lading (B/L) copy.
We provide a one-year warranty on workmanship and materials from the date of delivery. If any parts are found to be out of spec, we follow our control protocol to identify the root cause and provide replacement components or credits as required.
We use export packaging designed to protect against environmental conditions. Individual parts are wrapped in protective film, bundled, and crated in wooden boxes. Desiccants are used to manage moisture and prevent oxidation during transit.
Shipping costs are calculated based on weight, volume, and destination. While air express is available for rapid prototyping, sea freight is the most cost-effective solution for high-volume orders. We can provide shipping estimates once order volumes are confirmed.
Detailed view of our custom manufacturing capabilities and available configurations.
XinYe Metal
