Stainless Steel Laser Fabrication Capabilities

• ✅ Grade Specialization: Expert processing of both 304 stainless steel (for general industrial use) and 316 stainless steel (for enhanced marine/chemical resistance).
• ✅ High-Precision Profiling: Utilizing advanced fiber laser technology to achieve intricate geometries and consistent, high-tolerance cutouts.
• ✅ Integrated Fabrication: Complete workflow from laser profiling to secondary deburring and finishing for ready-to-assemble mechanical parts.
• ✅ Scalable Production: Optimized routes for both rapid prototyping and consistent, high-volume production of stainless steel components.

Q1: What is the difference between 304 and 316 stainless steel for laser cutting?

304 is our standard high-performance stainless steel for general mechanical parts, while 316 offers added molybdenum, providing superior corrosion resistance in severe or specialized industrial environments.

Q2: How do you maintain edge quality in stainless steel?

We use high-purity nitrogen as an assist gas during cutting, which prevents oxidation and heat-tinting, resulting in clean, bright edges that minimize the need for secondary processing.

Q3: Can you handle custom design requests or reverse engineering?

Yes. Our engineering team can analyze your CAD files or physical samples to optimize the manufacturing route and ensure that final laser-cut parts match your specific technical requirements.

Q4: How do you verify the accuracy of the finished laser-cut parts?

We employ systematic inspection protocols, including digital profile comparison and CMM testing, to ensure every piece meets the dimensional tolerances specified in your engineering drawings.