Decorative metal screens feature complex patterns, intricate cutouts, and high aesthetic requirements. Traditional punching or etching processes are costly, slow, and require expensive molds for every new design. Mechanical cutting often leaves burrs and scratches on the surface, which ruin the visual appeal of high-end architectural installations. Precision fiber laser cutting provides total design freedom, effortlessly cutting complex artistic patterns directly from CAD files while protecting delicate surface finishes.
Suitable for thin to medium stainless steel and aluminum screens
Recommended Power: 1500W / 3000W / 6000W
Nitrogen cutting for high-quality aesthetic edges
For mixed production of screen panels and decorative tubular frames
Recommended Power: 1500W ~ 6000W
Free switch between sheet-plate and tube processing
Mass cutting for screen frames and structural tubular profiles
Recommended Power: 3000W / 6000W
Burr-free tube notch & hole processing
Decorative screen frame assembly and seamless welding
Recommended Power: 1500W / 2000W, water cooling
Sample Display: Complex stainless steel room divider, patterned aluminum facade screen, geometric brass partition
Reference Parameter: 2.0mm stainless steel sheet, 3000W laser, Nitrogen assist, Cutting speed: 4.5 m/min, scratch-free clean decorative-grade edge.
| Item | Traditional Punching / Etching | Fiber Laser Cutting |
|---|---|---|
| Complex Decorative Patterns | Limited by dies/chemicals, high cost for changes | Arbitrary complex contour finished without molds |
| Small-Batch Custom Projects | Mold opening required, poor economic benefit | Mould-free, produce parts quickly from CAD drawing |
| Surface Finish Protection | Mechanical cutting risk of scratch & deformation | Non-contact cutting, zero surface damage |
Q1: Can laser process highly complex decorative patterns?
A: Yes, high-precision fiber laser can realize fine contour cutting for any complex CAD design without physical molds.
Q2: Is laser suitable for small-batch custom screen projects?
A: Very suitable, no mold required, quickly generate trial-production parts by importing drawing files.
Q3: What laser power is commonly used for thin decorative screens?
A: 1000W-6000W is mainstream power configuration for architectural decorative sheet-metal parts.
Decorative screen fine contour cutting, high-end architectural metalwork demonstration.
Auto Tag: Building Materials & Decoration - Decorative Metal Screens