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Laser Cutting in Sheet Metal Production
Laser Cutting in Sheet Metal Production
Laser Cutting in Sheet Metal Production
Laser Cutting in Sheet Metal Production
Laser Cutting in Sheet Metal Production
Laser Cutting in Sheet Metal Production
Laser Cutting in Sheet Metal Production
Description :

**Gas Selection for Laser Cutting**
Common assist gases: Oxygen (carbon steel), Nitrogen (stainless steel/aluminum),

and Compressed air (non-critical cuts). Choice depends on material type, thickness,

and desired edge quality. Proper gas pressure ensures clean cuts and minimal dross.

Product Description:

Laser Cutting in Sheet Metal Production

Advanced Technology for Flawless Metal Fabrication

What is Laser Cutting?
A precise metal cutting method using focused laser beams to melt/vaporize material. Commonly cuts sheets up to 25mm thick with ±0.1mm accuracy. Works best for complex shapes that traditional tools struggle with.

 Key Uses in Sheet Metal
1. **Prototype Production**
– No custom molds needed – perfect for small batches
– Cuts intricate patterns (like ventilation holes or decorative elements)

2. **High-Precision Parts**
– Makes clean cuts for electrical enclosures
– Creates smooth edges requiring minimal finishing

3. **Material Efficiency**
– Smart nesting software arranges parts to waste less metal
– Leaves 2-3mm gaps between pieces to prevent warping

 Critical Things to Watch
 Before Cutting
Clean Material Surface
Remove oil/dust – dirty metal causes uneven cuts
Program Check
Double-check cutting path order (cut inner features first)

 During Cutting
| Material | Gas Used | Tip |

| Steel | Oxygen | Gives cleaner edges |
| Aluminum | Nitrogen | Prevents oxidation |
| Stainless| Nitrogen | Avoids discoloration |

– **Focus Position**
Adjust laser focus depth for different thicknesses
– **Speed Control**
Thicker materials need slower speeds (3mm steel: ~10m/min)

 After Cutting
1. **Deburring**
Remove sharp edges with files/sanding (especially for hand-handled parts)

2. **Heat Check**
Look for warping on thin materials (<1mm)

3. **Part Marking**
Engrave ID numbers near edges (avoids affecting critical surfaces)

 Tips
– Keep spare lenses – dirty optics ruin cut quality
– Sort scrap metal – small pieces can be test samples
– Schedule maintenance – clean rails/lubricate weekly
– Use jigs for repeat jobs – saves setup time

Laser cutting works best when you balance speed with quality – rushing leads to rework. For simple shapes, consider cheaper methods like punching

laser cutting process

 

About Yantai Deshibo

With two decades of specialized expertise in sheet metal fabrication, we deliver ISO-certified laser cutting services

for 300+ material grades including stainless steel (0.5-30mm), aluminum alloys (1.0-25mm), and carbon steel (0.8-40mm).

Our  laser systems achieve ±0.05mm positioning accuracy with 20μm focal spot diameter, supporting:

No MOQ constraints | Instant quoting via automated nesting algorithms | Full compliance with RoHS/REACH standards.

Optional Material for  laser cutting 

optional laser cutting material, we provides a powerful material inventory to help your products quickly start and run.

Within an hour, metal materials can be bent into metal plates.

 

laser cutting material

 

 

Yantai Deshibo delivers rapid-turnkey laser cutting services with industry-leading ±0.1mm positional accuracy across material thicknesses (0.05-35mm stainless steel). Our multi-axis laser systems (including 5-axis and 1000W micro-cutting configurations) ensure optimal kerf quality (0.1-0.3mm width) while maintaining:

Key Service Advantages

  1. Technical Compliance

    • Material-specific tolerance standards:
      • ≤6mm: ±0.1mm | 6-10mm: ±0.2mm | 10-25mm: ±0.35mm | 25-35mm: ±0.5mm
    • ISO 9013-compliant edge roughness (Ra ≤12.5μm)
  2. Prototype-to-Production Support

    • Design translation services:
      • Sketch/concept → CAD optimization (DFM analysis)
      • Full technical package generation (STEP/DXF/DWG)
    • Material science guidance:
      • Grain direction optimization
      • Surface finish matching
  3. Security & Quality Assurance

    • NDA-protected development process
    • First-article inspection reports per AS9102
    • 100% dimensional verification with CMM

Technical Partnership Model

  • Cross-functional engineering team:
    • Process mapping for complex assemblies
    • Tolerance stack-up analysis (±0.05mm cumulative control)
  • Supply chain integration:
    • Secondary processing coordination (deburring/passivation)
    • Kanban inventory management

No MOQ constraints | 72-hour standard lead time | Full IP protection protocol.

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