Precision Laser Cutting Solutions

• Laser Cutting vs. Alternative Methods

  Laser cutting combines micron-level precision (±0.1 mm) with rapid processing, ideal for complex geometries in thin-to-medium gauge metals. Key advantages over plasma or mechanical cutting:  

  -Minimal HAZ (Heat-Affected Zone): ≤0.5 mm kerf width preserves material integrity.  

  -Thread-Ready Holes: Cut bores as small as 50% material thickness (e.g., 1.5 mm hole in 3 mm steel).  

  -Zero Tooling Costs: Process 100+ unique features per sheet without hardware changes.  

  Explore our Aluminium Cutting Guide for alloy-specific best practices. 

• Material Compatibility

  Process Overview: A focused laser beam (CO₂/fibre) vaporizes material along programmed paths, governed by CNC automation.  

  System Types:  

  - CO₂ Lasers: Optimal for non-ferrous metals and thicker sections.  

  - Fibre Lasers: Superior speed/efficiency for thin steels (<20 mm).  

  Industry Standards: ISO 9001 (Quality), ISO 9013 (Cutting Tolerances), EN 10204 (Material Certs).  

• Laser Cutting Prototyping Advantages 

  Laser-cut prototypes offer functional validation with production-grade materials, bypassing 3D printing’s structural limitations. Key benefits:  

  - 48-Hour Lead Time: Ideal for design iterations.  

  - Cost Transparency: Compare material options (e.g., brass vs. stainless steel) on our platform.  

  - Seamless Scaling: Transition to stamping or CNC machining for mass production. 

• Laser Cutting Fundamentals  

  Metals Supported:  

  -Mild Steel: ≤30 mm  

  -Stainless Steel (304/316) ≤30 mm  

  - High-Strength Steels (Hardox® 500): ≤20 mm  

  - Coated Steel (Galvanized): ≤5 mm  

  - Copper (C110): ≤12 mm  

  Non-metals (MDF, acrylic) currently unavailable—expanding to composites in 2024. 

• Digital Ordering Laser Cutting Service Workflow

  1. Upload Files: Submit 3D models (STEP, SLDPRT) or 2D DXF drawings.  

  2. Instant Quote: Platform auto-calculates pricing based on material (e.g., 6061-T6 aluminium), quantity, and surface finish (powder coating, anodizing).  

  3. Confirm & Produce: Post-approval, parts undergo CNC laser cutting with inline CMM verification.  

Metal Casting FAQ

• Q: How to reduce per-unit costs?

  A: Batch ordering amortizes setup fees; use standardized hole sizes (Ø3/6/8 mm).  

• Q: What standard do you follow?

  A: Our organization maintains strict compliance with the ISO 9001 Quality Management System standard, ISO 9013 specifications for laser processing, and EN 10204 requirements for material certification documentation.  

• Q: Can I request material certifications?

  A: Yes—specify EN 10204 3.1/3.2 in order notes.  

• Q: When to choose punching over laser cutting?

  A: Cost-effective for volumes >1,000 units with simple geometries. 

• Q: Future material expansions?  

  A: CFRP/GFRP composites planned for Q3 2024.