Extreme Precision Screw Products, Inc

06/05/2026

When Triumph Actuation Systems acquired the production line we'd supported through Honeywell, there was no learning curve. No supply disruption. No quality risk. That's not luck. It's what 80+ years of building to aerospace prime requirements from day one actually looks like in practice.

Delivery performance in the top 90th percentile. Sustained AS9100D quality compliance across one of commercial aviation's most scrutinized programs. NADCAP accreditation for special processes.
The Boeing 737 MAX doesn't leave room for supplier variability. We know that. It shows up in every tolerance, every inspection record, every delivery. When the program requires a supplier that can be trusted across decades, EPSP delivers.

05/29/2026

In aerospace manufacturing, many production problems begin long before machining starts.

A component may look fully compliant on a drawing while still creating instability later through tolerance interaction, inspection complexity, or material behavior that affects repeatability over time.

Design for manufacturability helps identify those risks early, before they become costly production and quality issues later in the program.

That early engineering collaboration often leads to more stable production, fewer disruptions, and stronger long term outcomes.

Read the full blog at the link in bio.

05/20/2026

Extreme Precision Screw Products has been a trusted manufacturing partner to Honeywell Aerospace for over 40 years -- and that kind of relationship doesn't happen by accident. It's built on consistent delivery, AS9100 and NADCAP certifications, and a standard of reliability that traces back to 1943 when EPSP was founded to manufacture firing pins for WWII combat systems.

Swipe through to see how a precision manufacturing partnership actually holds up over four decades.

05/15/2026

In aerospace manufacturing, meeting the print is not always enough.

A part can pass inspection and still create problems later if manufacturability, tolerance interaction, and process stability were never addressed early in the process.

Engineering led suppliers help reduce that risk before production begins. They review designs through the lens of manufacturing reality, helping teams identify issues while changes are still manageable.

That early collaboration often leads to more stable production, fewer disruptions, and better long term program outcomes.

https://loom.ly/qZdv9b8

04/30/2026

Certification is not the same as ex*****on.

In aerospace, risk does not come from missing procedures.
It comes from the gap between what is documented and what is actually done.

That difference shows up under pressure, on the floor, and over time.

This is where real supplier reliability is defined.

https://loom.ly/G8BUysw

Discover why aerospace manufacturing ex*****on matters more than certification, and how disciplined processes prevent quality escapes in mission-critical programs.

04/21/2026

We're growing and we're looking for the right person to grow with us.
We're hiring a Quality Manager to lead and maintain the quality systems that our customers, our team, and our reputation depend on.

If you have a strong eye for detail, experience with quality management systems, and the leadership skills to drive corrective actions and continuous improvement, we want to hear from you.
Apply at epspinc.com/employment

04/16/2026

Supplier risk doesn’t start with failure.

It starts with small gaps in process control, inspection, and traceability. Over time, those gaps turn into delays, nonconformance, and lost confidence.

In aerospace, reliability isn’t proven once. It’s sustained over every production cycle.

https://loom.ly/5MsVd5A

03/19/2026

In aerospace manufacturing, defects rarely start at final inspection.

They often begin earlier during drawing review, setup, or machining. Small variations can quietly grow into larger problems if the process is not controlled.

See how precision manufacturers prevent failures from drawing to delivery.

https://loom.ly/uLIErcY

03/11/2026

“Zero defect” is often mentioned in aerospace manufacturing.
But it does not mean perfection.

It means building processes that prevent defects before parts ever reach delivered hardware. In aerospace programs, that discipline protects schedules, supplier credibility, and long term partnerships.

Learn what zero defect really means in practice.
https://loom.ly/PfeQUoM

02/25/2026

What does it tell you when a precision manufacturer turns work down?

In aerospace, that decision is often a signal of discipline.

Adding work does not just add hours; it adds complexity, more part numbers to track, and more inspection plans to manage. With each addition, control becomes harder to maintain.

The strongest suppliers understand that protecting long term programs sometimes means declining short term revenue.

Read here to learn more: https://loom.ly/_wq80uY