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Why Engineering Led Suppliers Deliver Better Long Term Aerospace Outcomes
A supplier can meet every dimensional requirement on a print and still create risk for a program. The difference often appears months later, when design assumptions meet production reality. Engineering led manufacturing changes how those risks are managed before they...
Case Study: Supporting Triumph Actuation Systems on the Boeing 737 MAX Program
Extreme Precision Screw Products' (EPSP) relationship with Triumph Actuation System grew naturally from a foundation of trust already established in the aerospace supply chain. When Triumph acquired a production line previously supported by EPSP through Honeywell,...
Case Study: Supporting Honeywell Aerospace Systems for Over 40 Years
For more than four decades, Extreme Precision Screw Products (EPSP) has served as a trusted precision manufacturing partner to Honeywell Aerospace — one of the world's leading producers of aerospace engines, avionics, and aircraft systems. This relationship reflects...
Why Certified Is Not Enough: How Execution Separates Real Aerospace Partners from the Rest
The certificate on the wall does not build the part. In aerospace manufacturing execution, what happens between the purchase order and the first article inspection tells you far more about a supplier than any third-party audit ever will. Procurement leaders and...
The Hidden Cost of Supplier Risk in Aerospace Programs
Most aerospace programs account for material cost, labor, and schedule commitments with precision. What is less visible, yet often more disruptive, is aerospace supplier risk. It does not appear clearly on a balance sheet, but it shows up in missed milestones,...
From Drawing to Delivery: Where Precision Failures Actually Happen and How EPSP Prevents Them
In aerospace manufacturing, the defect discovered during final inspection is rarely where the problem began. Most quality escapes originate earlier in the production cycle, often during planning, setup, or early machining operations. Precision manufacturing process...
What Zero Defect Really Means in Aerospace Manufacturing and What It Does Not
The phrase zero defect aerospace manufacturing appears frequently in supplier presentations and audit discussions, but in mission critical aerospace environments it carries consequences far beyond branding. When a nonconformance escapes into delivered hardware,...
Why the Best Precision Manufacturers Turn Down Work and Why That Protects Your Program
Capacity decisions in precision manufacturing are rarely visible to customers, yet they shape outcomes more than most technical capabilities. Precision manufacturing capacity strategy determines whether a supplier delivers consistent performance across years or slowly...
How Aerospace OEMs Should Qualify a Precision Supplier When Failure Is Not an Option
Aerospace procurement decisions often look controlled on paper until the first deviation appears in flight hardware. The process that prevents that moment is aerospace precision supplier qualification, and it is less about formal checklists and more about proving...
From Firing Pins to Precision Screws: Inside EPSP’s Legacy of Accuracy
What began as a wartime mission in 1943 has grown into a trusted source for precision screws and high-performance machined components. At Extreme Precision Screw Products (EPSP), our roots trace back to the manufacturing of .50-caliber firing pins during World War II,...
Tight Tolerances Made Simple: Choosing Between CMMs, Optical Comparators, and Height Gauges
Tight tolerances are the difference between a component that performs flawlessly and one that fails in the precision machining field. If you're building for aerospace, defense, medical, or custom automotive applications, measuring parts with extreme accuracy is...
Choosing the Right Materials for Precision Screw Manufacturing in Aerospace
A Guide to Performance, Durability, and DFARS Compliance When it comes to precision screw manufacturing for aerospace applications, material selection is far more than a matter of preference—it’s a matter of performance, longevity, and above all, compliance. In this...
Pistol Customization: Elevate Your Firearm to Match Your Style and Needs
In the world of firearms, your pistol isn’t just a tool—it’s an extension of your skill, personality, and purpose. Whether you’re a competitive shooter, a collector, or someone prioritizing self-defense, pistol customization offers an unparalleled opportunity to...
Ma Deuce, The .50-Cal Machine Gun
History of the .50 Cal Machine Gun The M2 .50 caliber machine gun, also known as the "Ma Deuce," has been a pivotal asset in the U.S. military arsenal since its introduction in the 1930s. Renowned for its power, reliability, and versatility, the M2 played a crucial...
Behind the Frontlines: The Importance of Quality in Military Manufacturing
Quality in Military Manufacturing: The Cornerstone of National Defense In the defense industry, precision, reliability, and durability are not just expectations—they are necessities. Military manufacturing plays a critical role in ensuring that equipment, technology,...
AS9100 Aerospace Certification: The Gold Standard in Aerospace Quality
In the high-stakes world of aerospace, where precision and reliability are non-negotiable, the AS9100 Aerospace Certification stands as the definitive benchmark for quality and safety. This internationally recognized standard ensures that organizations in the...
