OUR LATEST NEWS
AWS D1.6 Certification for Aerospace Welding and Fabrication
In today’s aerospace fabrication industry, AWS D1.6 certification is the industry standard for assuring high-quality, structurally sound and reliable welds on stainless steel components used in aircraft and aerospace applications. An AWS D1.6 aerospace welder is certified to be both highly skilled and consistent – essentially, it’s a guarantee that we are capable of achieving the precision welds necessary for modern aviation and spaceflight components while maintaining absolute repeatability every step of the way.
Root Cause Analysis in Aerospace Manufacturing – The Five Whys and Six Sigma DMAIC
In the complex world of modern aerospace manufacturing, root cause analysis (RCA) is more crucial than ever. Whether a part fails entirely or simply fails to perform as expected, we have to thoroughly analyze the potential causes from every angle. Only then can we drill down to the true underlying issue, and ultimately improve upon the part design or manufacturing process so that the issue is resolved.
Stark Aerospace Press Release
19 December 2024: Snowline Engineering Announces Long Term Strategic Partnership with Stark Aerospace in Columbus, MS to provide considerable portion of the MK 41 Vertical Launching System (VLS) canister production along with other significant hardware. This work is in support of Stark, who is the prime contractor for FY24/25-29 MK 25 canister in addition to other substantial defense programs.
Machine Learning in Manufacturing
Today’s aerospace welding and fabrication projects pose some unique challenges to manufacturers. From specialized materials such as exotic metals to highly advanced welding technologies, fabricating the complex products used in modern aviation and spaceflight requires the utmost in manufacturing experience, capability, and precision.
Choosing the Best Stainless Steel Fabricator for Your Aerospace Manufacturing Project
Not all stainless steel fabricator services are created equal. That’s especially true when it comes to high-precision aerospace components – products with exceptionally close tolerances and/or complex geometrical requirements. Those types of products require more than just state-of-the-art CNC technology – they demand exceptional experience and craftsmanship.