SheetMetal

Sheet Metal Fabrication: Processes, Materials & Applications

1. Manufacturing Process
Sheet metal fabrication involves cutting, bending, stamping, and forming metal sheets into specific shapes. Key processes include:
*   Laser Cutting: For high-precision, complex contours.
*   Stamping: Utilizes dies for punching and forming features.
*   Bending: Creates precise angles using press brakes.
*   Welding & Riveting: For assembling multiple components.

2. Accuracy Standards
We adhere to strict precision tolerances to ensure part quality:
*   Cutting: ±0.1mm (Laser), ±0.2mm (CNC Punching)
*   Bending Angle: ±0.5° to ±1°
*   Hole Position: ±0.1mm to ±0.3mm

3. Common Materials
We work with a wide range of materials to meet various application needs:
*   SPCC (Cold Rolled Steel): Cost-effective and easy to process for general structures.
*   SUS304 (Stainless Steel): Offers excellent corrosion resistance for food, medical, and chemical equipment.
*   5052/6061 (Aluminum Plate): Lightweight with good heat dissipation, ideal for electronic enclosures.
*   SECC (Galvanized Steel): Provides strong rust resistance, commonly used for chassis and electrical cabinets.

4. Surface Finishing
Enhance functionality and aesthetics with our finishing options:
*   Spray Painting: Available in various colors to improve corrosion resistance.
*   Plating (e.g., Zinc, Nickel): Improves wear resistance and conductivity.
*   Anodizing (for Aluminum): Increases surface hardness and offers decorative options.
*   Brushing/Polishing: Creates an attractive appearance for decorative parts.

5. Typical Applications
Our services support a diverse range of industries:
*   Electronics: Chassis, heat sinks, shielding covers.
*   Automotive: Body panels, brackets, fuel tanks.
*   Home Appliances: AC housings, washing machine panels, oven liners.
*   Architecture & Decoration: Metal curtain walls, elevator panels, ventilation ducts.

6. Our Advantages
Why choose our sheet metal fabrication services?
*   Rapid Prototyping: Ideal for small batches and custom production.
*   High Strength: Metal ensures structural integrity and durability.
*   Cost-Effective: High material utilization and lower tooling costs compared to casting.
*   Versatile Capabilities: Supports complex geometries and precise assembly requirements.