
Lingyufab is a professional China-based OEM specializing in high-quality build-to-print fabrication of module components. We accurately transform your technical drawings into precision enclosures, heat sinks, and structural frames for base stations and power systems. As a direct factory, we ensure reliable thermal management and structural integrity for every component. Contact us today for a professional component manufacturer.
We are a direct manufacturing facility specializing in custom components for communication and power infrastructure. Having served over 50 global clients, we strictly follow Japanese quality management systems and conduct rigorous full-process inspections. Our team ensures every frame and enclosure is precision-fabricated according to your technical drawings to provide the 100% reliability and precision your critical systems demand.
Technical Specifications
Parameter | Specification |
Material | Galvanized Steel (SECC, SGCC, DX51D+Z) |
Thickness | 0.4 - 1.0mm (Specialized in precision thin-gauge forming) |
Tolerance | Strictly follow ISO 2768-m standard for medium precision |
Surface Finish | Natural Zinc Coating (Anti-corrosion), Powder Coating optional |
Core Process | Precision Stamping, Laser Cutting, CNC Bending, Auto-Welding, Assembly |
HS Code Ref. | 7326.90 / 7308.90 (Verify with local customs based on final application) |
We utilize high-precision fiber laser cutting systems, CNC bending centers, high-tonnage stamping presses, and expert welding stations to fabricate complex module components. Our facility transforms various metal materials into precise shapes based on your technical drawings, supporting both zero-tooling rapid prototyping and high-volume cost reduction through custom progressive dies. If you are looking for a reliable OEM manufacturing partner for your next project, please contact us today.


We fabricate materials strictly according to your technical drawings and BOM. Aluminum alloys maximize heat dissipation and reduce weight for module enclosures. SECC and SGCC provide essential EMI shielding and corrosion resistance for internal components. Copper is used for high-conductivity terminals and heat sinks to manage thermal loads. Stainless steel ensures durability for outdoor module frames. Every component is processed to meet the specific thermal and electrical performance required for your final assembly.
These are precision-engineered structural metal parts specifically designed for high-performance communication base stations and power modules. As a dedicated build-to-print OEM manufacturer, we specialize in transforming your technical drawings into durable enclosures, internal structural frames, and thermal management components. We ensure every part is fabricated to your exact engineering specifications without any unauthorized design changes, providing the essential protection and support required for your final electronic assembly.
Our module components are characterized by superior heat dissipation and excellent EMI shielding capabilities to protect sensitive internal electronics. We achieve high dimensional accuracy through precise tolerance control and meticulous material selection. By ensuring perfect electrical conductivity and structural integrity, our components allow your communication and power modules to perform optimally even under demanding industrial or outdoor environments with heavy mechanical stress.
We strictly follow a comprehensive 8-step manufacturing flow to ensure total transparency and quality. This process begins with a detailed technical drawing review and calculating precise bend allowances to ensure accuracy. We utilize high-speed fiber laser cutting for rapid prototyping with zero mold costs and transition to custom progressive dies for high-volume mass production. Our advanced multi-axis CNC bending and expert welding processes ensure exact angles and secure joints, followed by durable industrial surface treatments and final dimensional verification under Japanese quality management systems.
We provide a scalable manufacturing solution from R&D to mass production. By offering zero-tooling laser cutting for small batches and custom progressive dies for high-volume stamping, we significantly reduce your unit costs while maintaining world-class quality and professional support.
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