Laser Cutting - Customize Your Metal Solutions
- Express Manufacturing Starting From 7 Days
- Laser Cut Parts Online
- Steel, Stainless Steel, Titanium Alloy, Carbon Steel, Nicket Alloy, etc.
- Certifications & inspection reports
What is Laser Cutting
Laser cutting is an advanced manufacturing technology that uses a focused high-energy laser beam to precisely separate materials. It boasts high speed, smooth cuts (generally eliminating the need for post-processing), a minimal heat-affected zone, minimal plate deformation, and a narrow kerf (0.1mm-0.3mm). The process eliminates mechanical stress and shear burrs, making it flexible enough to handle single-piece, small-batch, and complex-shaped processing needs without the need for mold preparation.
Daxun Alloy Co., Ltd. leverages this technology to provide professional laser cutting services for stainless steel and other metal materials, ensuring high precision and efficient delivery.
High Precision and Efficiency
High cutting speed and extremely small kerf width (approximately 0.1mm-0.3mm), along with high repeatability, meet the demands of complex pattern processing without the need for subsequent polishing.
Excellent Processing Quality
Smooth cuts, free of mechanical stress and shear burrs, and a minimal heat-affected zone significantly reduce the risk of sheet metal deformation, making it particularly suitable for machining high-precision alloy materials.
Strong Material Adaptability
Efficiently cuts a variety of materials, including metals (such as stainless steel and carbon steel) and non-metals. Flexible CNC programming supports arbitrary shape designs, significantly shortening production cycles.
Environmentally Friendly
As a clean processing technology, laser cutting offers low energy consumption and minimal pollution, delivering cutting results far superior to traditional processes, meeting the sustainable development requirements of modern industry.
Laser cutting range of different materials
(1) Stainless Steel
Maximum Cutting Thickness:
2000W Fiber Laser Cutting Machine: 12mm (Available up to 14mm, but parameters require optimization)
3000W Machine: 15-20mm (Higher power machines significantly increase the thickness limit)
Tolerance Range:
Precision cutting tolerances are typically controlled within ±0.05mm. For thick plates (>10mm), this tolerance may be relaxed to ±0.1mm, depending on machine stability and assist gas (nitrogen) purity.
(2) Titanium Alloy
Maximum Cutting Thickness:
2000W Machine: 6-8mm (Titanium’s high reflectivity requires higher power density)
3000W Machine: 10-12mm (requires oxygen-assisted oxidation cutting)
Tolerance Range:
Due to the high material activity and strict control requirements for the heat-affected zone, the typical tolerance is ±0.1mm. For thin plates (<5mm), ±0.05mm is possible.
(3) Carbon Steel
Maximum Cutting Thickness:
2000W Equipment: 20mm (oxygen assist improves melting efficiency)
3000W Equipment: 25-30mm (e.g., cutting speed reaches 2.5m/min for 6mm carbon steel)
Tolerance Range:
Thick plates (>15mm) have a tolerance of approximately ±0.15mm. Medium and thin plates (≤10mm) can be optimized to ±0.05mm using dynamic beam compensation technology.
(4) Alloys (typically nickel alloys)
Maximum Cutting Thickness:
12000W Equipment: 40mm
Tolerance Range:
Tolerance ranges from ±0.05mm to ±0.1mm, suitable for precision components (such as aircraft engine parts).
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Laser cutting is highly effective for various alloys offered by Dahxun Alloy Co., Ltd.:
- Stainless steel (up to 25mm thickness)
- Carbon steel (up to 30mm thickness)
- Titanium alloys (up to 15mm thickness)
- Other specialty alloys (aluminum, copper, brass with varying results)
Modern laser cutting systems achieve exceptional precision:
- Tolerance range: ±0.1mm for thin materials
- Minimal heat-affected zone (HAZ)
- Excellent repeatability for batch production
- Higher precision and cleaner edges
- Smaller kerf width (material loss)
- Lower thermal distortion
- Better for thin materials and intricate designs
Yes, with limitations:
- Stainless steel: up to 25mm efficiently
- Carbon steel: up to 30mm
- For thicker materials (>30mm), waterjet cutting may be more economical
Industry-standard formats include:
- DXF, DWG (AutoCAD)
- AI (Adobe Illustrator)
- STEP, IGES (3D models)
- PDF with vector graphics
- Minimal heat-affected zone compared to traditional methods
- Slight hardening at cut edges (beneficial for some applications)
- No significant changes to bulk material properties
Standard laser cutting beds accommodate:
- 1500mm x 3000mm (common size)
- 2000mm x 4000mm (industrial capacity)
- Custom arrangements for larger sheets
Yes, laser cutting offers:
- No tooling costs (unlike stamping)
- Quick setup time
- Economical for prototypes to medium production runs
Special considerations for:
- Copper and brass alloys
- Aluminum (requires specific laser wavelengths)
- Additional safety measures for reflective materials
Edge quality depends on:
- Material type and thickness
- Laser power and cutting speed
- Assist gas used (nitrogen, oxygen, or air)
- Options: smooth finish, slight striations, or precision-ground quality