Stainless steel Laser cutting
ATA’s precision cutting process delivers smooth, burr-free and dimensionally accurate stainless steel components that meet the strictest industrial assembly requirements.
Our cutting technology is widely applied in stainless steel processing, complying with international standards such as ISO 9001 and EU REACH, ensuring consistent quality across all production batches.
Service
ATA Stainless steel Laser cutting Service
Stainless steel laser cutting is a high-precision thermal cutting method that uses a laser beam to melt and vaporize stainless steel materials for precise shaping.
It achieves cutting through focused laser energy, paired with computer numerical control (CNC) systems to ensure accurate positioning and smooth cutting edges.
ATA provides one-stop custom stainless steel cutting services, covering design, programming, cutting and post-processing to meet diverse customer needs.
Capability&Advantages
ATA Stainless steel Laser cutting Capability
Our laser cutting process is suitable for various high-demand user scenarios, including Industrial Machinery Manufacturing, Pharmaceutical & Biotechnology, Food & Beverage Industry and Electrical & Home Appliances, accommodating different thicknesses and types of stainless steel materials.
ATA boasts advanced laser cutting equipment and a professional technical team, with rich experience instainless steel sheet fabrication and precision cutting, ensuring fast processing speed, high cutting accuracy and stable product quality.
ATA stainless steel laser cutting standard
ATA requires stainless steel laser cutting to have high dimensional accuracy (±0.05mm for key dimensions), no burrs and heat-affected zone ≤0.3mm, which is achieved by adopting high-precision fiber laser equipment, optimizing cutting parameters (power, speed, focus) and using high-purity inert gas for protection.
Standards | Description |
Processable Thickness Range | 0.5mm-50mm (common range), up to 100mm for high-power equipment |
Maximum Processing Size | Common: 3000mm×1500mm; customizable up to 6000mm×2000mm |
Dimensional Tolerance (≤6mm Thick) | ±0.1mm |
Dimensional Tolerance (6-30mm Thick) | ±0.2mm |
Dimensional Tolerance (30-50mm Thick) | ±0.3mm |
Surface Roughness (Nitrogen Auxiliary Gas) | Cutting section Ra≤6.5μm |
Surface Roughness (Oxygen Auxiliary Gas) | Cutting section Ra≤12.5μm |
Perpendicularity Deviation (≤10mm Thick) | ≤0.1mm |
Perpendicularity Deviation (10-32mm Thick) | ≤0.2mm |
Laser Power (1mm Thick Stainless Steel) | ≥500W |
Laser Power (10mm Thick Stainless Steel) | ≥6000W |
Laser Power (30mm Thick Stainless Steel) | ≥12000W |
Auxiliary Gas Pressure (Nitrogen) | 0.5-10bar |
Auxiliary Gas Pressure (Oxygen) | 0.3-5bar |
Heat-Affected Zone (≤10mm Thick) | Width ≤0.8mm, no cracks |
Heat-Affected Zone (10-32mm Thick) | Width ≤1.2mm, no grain coarsening |
Burr Height (Precision Cutting) | ≤0.1mm, no sharp burrs |
Burr Height (General Cutting) | ≤0.3mm, no impact on assembly |
Kerf Width (1-5mm Thick) | 0.15-0.3mm, uniform width |
Kerf Width (5-32mm Thick) | 0.3-0.6mm, no obvious deviation |
Edge Straightness | Deviation ≤0.05mm/m, no waviness |
Dimensional Repeatability | Same batch workpiece error ≤±0.03mm |
Flatness After Cutting | ≤0.1mm/m, no cutting-induced warping |
Auxiliary Gas Purity | Nitrogen/argon ≥99.99%, no impurities |
Cutting Speed (1mm 304 Stainless Steel) | 1-10m/min |
Cutting Speed (10mm 304 Stainless Steel) | 0.5-2m/min |
Cutting Speed (1mm 316 Stainless Steel) | 0.8-8m/min |
Minimum Hole Diameter (0.5-1mm Thick) | 0.5mm |
Minimum Hole Diameter (3mm Thick) | 1.5mm |
Minimum Hole Diameter (20mm Thick) | 5mm |
Minimum Plate Width | ≥5mm, no edge collapse |
Minimum Slot Width | 0.8mm (1mm thick), 2mm (5mm thick) |
Maximum Hole Diameter | ≤100mm (common), customizable up to 300mm |
Laser Beam Quality (BPP) | <0.5 |
Safety Protection | Operators wear laser protective glasses; equipment with protective covers |
Material Selection for the Process
Stainless steel Laser cutting Material Selection
Our laser cutting process excels in cutting various stainless steel materials, with the advantage of minimal material waste, smooth edges and no damage to the material’s surface structure.
Stainless Steel Model | Process Adaptability | Core Advantage |
|---|---|---|
Highly adaptable | Fast cutting, cost-efficient | |
Good cutting performance | Smooth edge, corrosion-resistant | |
Adaptable to high-thickness cutting | High-temperature resistance, no deformation |
Stainless steel Laser cutting Quality Control
ATA implements strict quality control throughout the laser cutting process, adhering to international industry standards and scientific testing methods to ensure each product meets customer requirements; our testing practices include:
- Precision Testing: Using professional measuring tools to verify cutting dimensions, ensuring accuracy within ±0.1mm, consistent with laser cutting technical standards.
- Edge Quality Testing: Inspecting cutting edges for burrs, cracks and roughness, ensuring smoothness and flatness to meet assembly requirements.
- Material Integrity Testing: Checking the cut surface for material oxidation or damage, ensuring the stainless steel’s corrosion resistance and structural integrity are not affected.
- Batch Consistency Testing: Conducting random inspections on each production batch to ensure consistent quality across all products.
Why Choose ATA Stainless steel Laser cutting
Choose ATA Stainless Steel Laser Cutting for precision, speed, and durable, high-quality metal parts tailored to your needs.
Industry Advantage
Laser cutting is the most efficient and precise method for stainless steel processing, widely recognized in global industries for its superior performance.
Equipment Advantage
ATA is equipped with advanced laser cutting equipment, supporting high-speed and high-precision cutting of various stainless steel thicknesses and sizes.
Service Advantage
We provide customized cutting solutions, on-time delivery and professional after-sales support, solving all customer problems in the production process.
ATA Stainless steel fabrication Center
ATA Stainless Steel fabrication: One-Stop Precision Solutions for Your Stainless Steel Needs.
Material Selection for the Process
Stainless steel Laser product Application Solutions
- Industrial Machinery Manufacturing: Used for cutting stainless steel components such as stainless steel workbench and equipment enclosures, ensuring precise fitting and stable operation of machinery.
- Food & Beverage Industry: Applied to cut stainless steel sink and food processing equipment parts, meeting strict food hygiene standards with smooth, easy-to-clean edges.
- Pharmaceutical & Biotechnology: Used for cutting cleanroom stainless steel components and medical equipment parts, ensuring no burrs or pollution to meet GMP certification requirements.
- Electrical & Home Appliances: Applied to cut stainless steel electrical panel and appliance casings, ensuring precise dimensions and aesthetic appearance.
- Shipbuilding & Offshore Engineering: Used for cutting corrosion-resistant stainless steel components, adapting to harsh marine environments with high-precision and durable cutting quality.
Stainless steel Laser cutting FAQS
Q1: What is the general customization cycle for your storage solutions, and can it be shortened for urgent orders?
A1: The standard customization cycle is 7-15 working days, depending on product size and complexity. For urgent orders, we can prioritize production resources to shorten the cycle to 3-7 working days without compromising quality.
Q2: How do you determine the appropriate stainless steel grade for different application scenarios?
A2: Our professional team will recommend the most suitable grade based on your specific scenario—304 stainless steel for general environments, 316 stainless steel for corrosive scenarios like food and pharmaceutical industries, and 310S stainless steel for high-temperature working conditions.
Q3: Do you provide after-sales service for your products, and what is the service scope?
A3: We provide a 12-month after-sales warranty service, covering welding defects, material quality issues and structural problems. Our after-sales team will respond within 24 hours to provide solutions, including on-site maintenance if needed.
Q4: Can you provide test reports to verify the quality and compliance of the products?
A4: Yes, we can provide third-party test reports and compliance certificates (such as ISO 9001 and EU REACH) to verify product quality, material composition and performance, ensuring it meets your industry standards.
Custom Industrial-Grade Stainless Steel Laser Cutting ?
ATA is your trusted professional manufacturer specializing in high-precision stainless steel fabrication, providing custom one-stop solutions for your projects.