
Lingyufab is a professional China-based OEM specializing in high-quality custom build-to-print fabrication of mounting brackets. We accurately transform your technical drawings into precision customized structural supports, PCB brackets, and internal mounting plates for industrial and electronic systems. As a direct factory, we provide complete custom services from rapid prototyping to mass production, ensuring every component meets your exact strength and tolerance requirements. Contact us today for a professional custom component manufacturer.
As a direct manufacturer, we specialize in high-quality custom metal mounting brackets for global industrial infrastructure. We have served over 50 global clients and strictly follow Japanese quality management systems to deliver customized solutions. Our dedicated facility ensures every custom structural component accurately matches your technical drawings through rigorous full-process inspection, providing the structural integrity and precision needed for your final assembly.
Technical Specifications
Parameter | Specification |
Material | Heavy-Gauge Galvanized Steel (Superior rust protection) |
Thickness | 1.0mm - 2.0mm (Optimized for structural load-bearing) |
Tolerance | Strictly follow ISO 2768-m standard for medium precision |
Surface Finish | Outdoor-grade Powder Coating or Natural Heavy Zinc Coating |
Core Process | Heavy-Duty Stamping, Spot Welding, CNC Bending, Piercing |
HS Code Ref. | 8415.90 (HVAC Parts) / 7308.90 (Structural Bases) |
We utilize high-precision fiber laser cutting systems, CNC bending centers, high-tonnage stamping presses, and expert welding stations to fabricate complex custom mounting brackets. Our facility transforms various metal materials into precise customized structural 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 custom OEM manufacturing partner for your next project, please contact us today.


We source and fabricate materials strictly according to your technical drawings and BOM to ensure optimal structural performance for every custom part. Cold rolled SPCC steel is primarily used for main custom structural brackets to provide essential strength and rigidity for heavy internal assemblies. SECC and SGCC galvanized steels offer inherent corrosion resistance and EMI shielding for customized electronic mounting plates. Aluminum 5052 is selected for lightweight custom parts and applications requiring specific heat dissipation. Stainless steel ensures long-term durability and high-load capacity for critical custom hardware supports. Every component is processed to meet the specific material integrity and structural durability required for your final assembly.
These are precision-engineered, customized structural metal parts designed to secure, support, and position various internal modules within a larger system. As a dedicated build-to-print OEM manufacturer, we transform your technical drawings into durable customized structural frames, PCB holders, and heavy-duty equipment mounts. We ensure every custom bracket is fabricated to your exact engineering specifications without any unauthorized design changes, providing the essential foundation for your final assembly.
Our custom mounting brackets are characterized by high structural rigidity and excellent dimensional accuracy. We specialize in integrating precision hardware such as PEM nuts, studs, and standoffs through automated insertion processes to simplify your final assembly. By ensuring tight tolerance control and expert material selection for every customized part, our components provide the reliable mechanical support needed to withstand vibration, heat, and mechanical stress in demanding industrial environments.
We follow a rigorous 8-step manufacturing flow to ensure total quality and consistency for all custom orders. The process begins with a detailed technical drawing review and calculating precise bend allowances to ensure accuracy in complex multi-bend customized geometries. We utilize fiber laser cutting for rapid custom prototyping and transition to custom progressive dies for high-volume mass production. Every component undergoes multi-axis CNC bending, expert welding, and durable surface treatments, followed by final quality inspection under Japanese quality management systems.
We provide a scalable custom manufacturing solution that bridges the gap between R&D prototyping and mass production. By offering zero-tooling laser cutting for initial custom batches and high-efficiency tooling for large-scale stamping, we help you significantly reduce unit costs as your project grows. Our commitment to 100% build-to-print execution and our ability to handle complex customized geometries make us the reliable direct-factory partner for your global manufacturing needs.
Design rigid, lightweight sheet metal parts. Tips on materials, structure & manufacturability.
Master sheet metal fastening with our expert guide on selection, material compatibility, and quality control.
Optimize fabrication and cut costs with Lingyufab’s precision self-clinching hardware.
Laser cutting is a non-contact, thermal-based digital fabrication process that utilizes a focused, high-powered laser beam to slice, score, or pierce sheet metal with extreme fidelity.
Sheet metal refers to metal that has been industrially processed into thin, flat pieces. It serves as the primary structural material used to form the protective outer chassis, housing, or casing.
Prevent loosening, ensure grounding, and boost efficiency with SEMS bolts for sheet metal.
A sheet metal enclosure looks simple from the outside, but small design decisions can affect cost, assembly fit, surface finish, and long-term reliability. For OEM projects, the enclosure is usually f
Hex flange screws are fasteners with a hexagonal head and an integrated flange beneath the head. The flange acts like a built-in washer, spreading load over a wider bearing surface during assembly. In
Self-tapping and self-drilling screws are both widely used in metal assemblies, sheet metal parts, electrical enclosures, appliance panels, brackets, covers, and light structural products. Because the
Self-tapping screws are widely used in sheet metal assemblies because they can form or engage threads during installation without the need for a separate nut. In products such as electrical enclosures
Self-clinching fasteners are specialized hardware components designed to be pressed into sheet metal to create reliable threaded or mounting points. They are widely used in enclosures, cabinets, brack
Powder coating is a common surface finishing process for sheet metal parts, used to improve corrosion resistance, appearance, and durability. Learn the process, applications, pricing factors, and sour
Sheet metal welding is a key fabrication process used to join metal parts into strong structures and assemblies. Learn common welding methods, applications, quality factors, pricing factors, and sourc
CNC bending is a key sheet metal fabrication process used to form flat metal parts into precise angles and shapes. Learn how it works, its advantages, applications, pricing factors, and sourcing consi
Industrial fasteners include bolts, screws, nuts, and washers for mechanical assembly. This article covers fastener types, materials, standards, pricing factors, and sourcing tips for OEM buyers.
Learn about three common types of sheet metals—aluminum, stainless steel, and galvanized steel. Explore their features, applications, pricing factors, and sourcing considerations for OEM projects.
Sheet metal fabrication is the process of cutting, bending, welding, and assembling metal sheets into finished parts and products. Learn the main processes, materials, applications, pricing factors, a
Laser cutting is a precise sheet metal fabrication process used to cut metal sheets into custom shapes and parts. Learn how it works, its advantages, applications, pricing factors, and sourcing consid
Sheet metal assembly combines fabricated metal parts with fasteners, welding, and other joining processes to create finished products. Learn the process, applications, pricing factors, and sourcing co
Fasteners are the core of connection components. This guide introduces fastener types, standards, materials, and key selection parameters for OEM and manufacturing projects.
Sheet metal is thin metal formed through stamping, cutting, bending, and other processes. This article introduces sheet metal materials, fabrication processes, and applications.
Professional sheet metal fabrication involves systematic steps from design review to final delivery. This article introduces the 6 key processes in sheet metal manufacturing.