SEC Blog
Updates & Ideas From Our Team of Experts
5 Ways Automated Welding Boosts Productivity in Industrial Pipelines
Discover how SEC Automation’s automated welding solutions boost pipeline productivity with faster, safer, and more precise welds.
How Orbital Welding Automation Prioritizes Safety
Discover how orbital welding automation prioritizes operator safety through consistent quality, fabricator protection, and intelligent system design.
Automating Calibration in Orbital Welding Systems
Learn how automating calibration in orbital welding systems improves consistency, quality, and efficiency. Explore key steps and integration tips.
How Pipe Spool Welding Machines Save Time and Labor
Reach out to SEC Automation to discuss your shop’s needs and find out how our automated pipe spool welding machines could make your next project run smoother.
All About Pipe Bevelers: How & Why They’re Used
Learn all about how and why pipe bevelers are used in welding projects, from manual tools to CNC machines built for high-precision industrial applications.
Advanced Defect Detection in Orbital Welding
Learn how to spot welding defects, from porosity to arc instability, using real-time data from orbital welders. Smarter welds start with better insights!
The Role of Autonomous Welding in Enhancing Aerospace Quality Standards
With aerospace demands only growing, the role of autonomous welding will continue to expand. At SEC Automation, we remain at the forefront of this evolution.
Precision & Productivity: Unlocking the Power of AMI
Learn how to boost your precision and productivity using AMI orbital welding systems with actionable tips, settings, and real-world techniques.
Troubleshooting Weld Root Penetration Issues
Learn eight practical solutions for troubleshooting weld root penetration issues and improving fusion, consistency, and overall weld quality.
Post-Weld Heat Treatment for Weld Integrity
Learn why post-weld heat treatment for weld integrity is essential and how welders can avoid mistakes to ensure strong, code-compliant results.
Understanding the True Costs of Welding Defects
Welding defects impact operational costs, worker safety, and workplace productivity. Learn strategies for prevention and understand the price of welding flaws.
Optimizing Weld Torch Calibration Techniques
Discover how optimizing weld torch calibration techniques improves weld quality, reduces errors, and keeps automated welding machines performing at their best.
Quality vs. Efficiency: Choosing Optimal Feeds and Speeds
Master the balance between quality and efficiency in CNC machining. Explore techniques for choosing optimal feeds and speeds for precision and productivity.
Effective Purge-Gas Management in Welding
Master purge-gas management to improve weld quality, safety, and sustainability. Learn essential tips for different piping projects with this guide.
Should You Automate Your Welding Processes?
Is it time to automate your welding processes? Learn how automation helps contractors and what to consider before upgrading your welding systems.
Balancing Heat Input for Resilient, Reliable Welds
Managing heat input well can improve weld durability and quality. Avoid issues like overheating or weak joints with effective heat control techniques.
Gap Control Techniques for Consistent Welds
Achieve stronger, consistent welds with gap control. Master this technique to avoid messy welds and defects such as undercutting or improper penetration.
Optimizing Filler Deposition in Orbital Fusion Welding
Achieve stronger orbital fusion welds with optimized filler deposition, precise adjustments, and specialized tools. Save time through improved workflows.
Managing Consumables in High-Precision Welding
Master consumable management techniques for high-precision welding to increase efficiency, reduce waste, and achieve superior welds in every project.
PLC or CNC Control: Exploring the Differences
Compare the features, applications, benefits, and differences of PLC and CNC control, plus tips to make the best choice for your industrial operation.
