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Monday 9am - 5pm Tuesday 9am - 5pm Wednesday 9am - 5pm Thursday 9am - 5pm

Acxess Spring

Name: Acxess Spring
Address: 2225 E. Cooley Drive, San Bernardino, CA, 92324, US
Telephone: +19512762777
Price range: $$

Acxess Spring is a spring manufacturing company which specializes in making compression, extension a

05/29/2026

If you’ve ever had a compression spring "bottom out" too early in a tight assembly, the culprit probably wasn’t a manufacturing mistake—it was likely a shift in the wire diameter tolerance!

Our article dives deep into the physics of spring manufacturing to explain why nominal dimensions aren't enough when you're designing high-precision hardware.

What changes your spring's physical size?
✅ Wire Gauge Variance: Raw wire from the mill naturally varies by fractions of a thousandth of an inch. Multiply that variance by $15$ or $20$ coils, and your spring suddenly grows taller than your blueprint specified.
✅ Plating and Coatings: Zinc or powder coatings add thickness to every single coil, stacking up to create an unexpectedly large solid height.
✅ The 10% Safety Rule: Why you should always design a clearance buffer between your maximum working deflection and the absolute solid stop.

Stop designing for a perfect world and start designing for the production floor. Learn how to accurately calculate your solid height tolerances here:
🔗 https://www.thespringstore.com/solid-height-in-compression-springs.html

05/28/2026

It’s tempting to design a mechanism that crushes a spring completely flat to save space. But if you take a spring all the way to its Solid Height, it won't stay strong for long! 😱

When coils smash together, the metal is over-stressed. It will lose its strength, warp out of shape, or snap entirely. Our Compression Spring Design Guide shows you how to easily calculate your spring's "Maximum Safe Deflection" so your projects can keep cycling smoothly without losing their bounce. 🦾⚙️

Check out the free design guide here:
🔗 https://www.acxesspring.com/compression-spring-design-guide.html

05/27/2026

When you're building a coil spring, you can't just pick any random combination of wire thickness and coil width. If the wire is too thick for a tiny coil, it will snap while being made. If the wire is too thin for a massive coil, it will look like a loose slinky! 🌀✨

The secret to getting it "just right" is a calculation called the Spring Index. Ourquick guide explains how this simple math equation ensures your custom springs are incredibly strong, easy to manufacture, and built to survive thousands of uses without bending out of shape. 🦾📐

Check out the guide here:
🔗 https://www.thespringstore.com/what-is-spring-index.html

05/25/2026

☀️🎉 School’s out and summer projects are in!

Celebrate the season with $15 OFF purchases of $125+ on selected springs that SHIP TODAY, plus FREE ground shipping. 🚚⚙️

More sunshine. More momentum. More savings.

👉 Shop now: https://acxesspring.com

☀️⚙️

05/22/2026

What’s the difference between Music Wire and Stainless Steel springs? It all comes down to Strength vs. Survival! 🎛️✨

Music Wire is the heavyweight champion; it handles massive loads and continuous cycling without taking a permanent bend, but it hates water and high heat.

Stainless Steel is the ultimate shield; it resists rust and stands up to extreme temperatures (up to 550°F), but costs about 25% more and provides less raw force for the same size wire.

If you swap one for the other, you have to adjust your design to make sure it still works perfectly! Learn how to find the "Sweet Spot" for your project here:
🔗 https://instantspringquote.com/music-wire-vs-stainless-steel-spring-materials/

05/20/2026

It’s one of the biggest headaches in hardware design: you build a mechanism, and after a few hundred uses, the spring snaps or sags. 😱

It usually isn't a bad batch of metal; it's one of 4 common design mistakes. From squeezing the coils too tight to picking a material that can't handle the environment, minor errors can cause major failures.

Our guide breaks down the top reasons springs fail in plain English so you can fix your design and build things that are truly built to last! 🦾⚙️

Check out the troubleshooting guide here:
🔗 https://www.acxesspring.com/top-4-reasons-springs-fail.html

05/19/2026

Extension springs are unique because they are "born" under pressure! The force holding those coils together before you even start pulling is called Initial Tension.

If you're building a mechanism that needs to stay closed under a specific weight, you need to master this concept. Our guide makes the math easy and shows you how to choose the right starting tension for your project. 🦾✨

Check out the guide here:
🔗 https://www.acxesspring.com/initial-tension-in-extension-springs.html

05/18/2026

Did you know a simple coil spring is actually one of the most efficient ways to store energy? It’s called Elastic Potential Energy! 🌀

Whether it's a wind-up toy, a stapler, or a car’s suspension, springs absorb energy and hold onto it until you're ready to let it go. But how do you calculate that stored power?

Our guide breaks down the classic physics equation and introduces a free online calculator that does all the heavy lifting for your next project. 🦾📐

Check out the tool and guide here: 🔗 https://www.acxesspring.com/spring-potential-energy-equation-calculator.html

05/15/2026

What exactly is Pitch? It's the distance between your spring's coils, and getting it right is the secret to a perfectly functioning project! 🦾⚙️

In our quick video, we show you the easy way to measure it. Just measure the gap, add the wire diameter, and you're done!

Check out the simple trick here:
🔗 https://www.youtube.com/watch?v=wG3nIDuOGi4&t

05/14/2026

What is Pitch? It’s simply the distance between your spring's coils. But if that distance is too big, your spring will work too hard and hit its Elastic Limit, the point where it permanently bends and loses its "springiness." 😱

Our quick guide explains how to find the "Sweet Spot" for pitch so your springs can compress thousands of times without ever losing their shape. 🦾⚙️

Check out the guide here:
🔗 https://www.stockspringscatalog.com/what-is-pitch-in-coil-springs.html

Address

2225 E. Cooley Drive
San Bernardino, CA
92324

Opening Hours

Monday	9am - 5pm
Tuesday	9am - 5pm
Wednesday	9am - 5pm
Thursday	9am - 5pm

Telephone

+19512762777

Website

https://www.acxesspring.com/

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