Established in 2015 and strategically based in the globally recognized manufacturing core of Foshan City, Guangdong Province, LvXing Intelligent Equipment Co., Ltd. has evolved into a premier design, engineering, and manufacturing powerhouse. We maintain a high-caliber R&D department that fuses material science with multi-axis CNC manufacturing to deliver structurally-sound, mission-critical aluminum profiles.
Our strategic material partnership leverages premium-grade Fenglu Aluminum. By deploying state-of-the-art extrusion lines with capacities spanning from 800 Tons to an industry-leading 20,000 Tons, we possess the unique mechanical capacity to extrude 1xxx, 2xxx, 3xxx, 5xxx, 6xxx, and 7xxx series alloy systems. We fulfill complex specifications for profiles measuring up to 1.2 meters in section cross-sectional width and up to 28 meters in continuous length.
LvXing's production cycle is audited and compliant with national quality directives and international certification frameworks. We maintain full registration under the strict quality system standards of GB/T19001-2016 and ISO 9001:2015, ensuring every structural element is traceably tracked from alloy smelting to final multi-axis CNC profiling.
We have officially obtained the highly restrictive "Special Aluminium Materials for Aerospace" Certificate. This confirms our capability to supply alloys designed to withstand extreme wind shear, vibrational fatigue, and maritime corrosion conditions.
Utilizing high-performance Fenglu Aluminum stock across 800T to 20,000T hydraulic press configurations. This enables us to extrude ultra-large structures, keeping section width up to 1.2m and raw lengths reaching 28 meters.
Our engineering team integrates 15 years of application-level expertise. We analyze stress, mechanical tolerances, and compliance parameters to optimize client concepts into structurally-certified, manufactured solutions.
Modern structural engineering demands materials that deliver high strength-to-weight ratios alongside long-term environmental resilience. In maritime, aerospace, and civil infrastructure domains, extruded aluminum profiles have largely replaced heavy steel assemblies. The transition is accelerated by the development of multi-axis CNC machining, allowing for complex geometries to be machined with sub-millimeter tolerances.
Global demand for large-format, high-integrity aluminum alloys (particularly the 6xxx and 7xxx series) has surged. These alloys undergo specialized artificial aging (T6, T651 tempers) to maximize tensile yield strength while retaining sufficient ductility. However, machining these extra-long components (up to 28 meters) presents significant engineering challenges, including thermal expansion management and structural stress relief.
LvXing addresses these challenges by utilizing calibrated heavy-duty extrusion presses coupled with temperature-controlled multi-axis CNC gantry mills. This setup prevents mechanical warping during material removal, ensuring critical mounting holes, interlocking joints, and structural interfaces align precisely on-site.
Furthermore, our integration of CE compliance protocols guarantees that every component meets rigorous health, safety, and environmental protection standards required for commercial operation across the European Economic Area and global markets.
Marine environments require resilience against high salt concentrations and heavy seas. Our interlocking 6005A-T6 / 6082-T6 aluminum helideck profiles comply with CAP 437 guidelines, offering corrosion-free, lightweight decking for vessels and drilling rigs.
Urban hospitals rely on structural aluminum helipads to minimize dead weight on existing structures. Lightweight aluminum framing allows hospitals to construct elevated trauma-landing zones without costly foundation reinforcements.
Utilizing certified aerospace-grade alloys, we produce structural framework extrusions for rapid-deployment runways, tactical landing pads, and heavy transport equipment that require high impact strength and durability.
Europe and North America require strict adherence to local building codes. Our profiles carry CE certification and can be engineered to satisfy Eurocode 9 (design of aluminum structures) and AISC design rules, easing local site approval.
Beyond helipads, our 28-meter extrusion capacity provides long, splice-free travel rails for automated linear gantry systems, heavy robotics, and packaging equipment, significantly reducing vibration and tracking wear.
As industry shifts towards carbon neutrality, aluminum recycling and ecological processing take center stage. LvXing is actively developing machining processes that incorporate green manufacturing principles. Our technical roadmap focuses on reducing material waste through smart nesting algorithms and implementing dry/minimum quantity lubrication (MQL) during CNC milling to minimize chemical runoff.
Our engineering team is also investigating ultra-high-strength 7xxx series alloys for civil infrastructure applications. These alloys, historically reserved for aerospace frames, can reduce the overall structural weight of modular bridge and deck systems by another 15-20%, facilitating rapid assembly in remote regions.
Integrating additional 30-meter high-speed CNC gantry milling machines to double output of continuous, splice-free structural elements.
Transitioning to low-carbon primary aluminum billets extruded using renewable hydroelectric power to lower embedded carbon footprints.
Deploying real-time laser scanning on the CNC bed to match finished parts against their CAD models, creating a digital profile for every component shipped.
LvXing