La Marzocco I.5.006 BELLEVILLE SPRING 114X90,5X1,26

Restore consistent pressure and reliability in your espresso machine with the genuine BELLEVILLE SPRING 114X90,5X1,26 (Part \# I.5.006) from Kaldi.com. As a critical internal component, this disc spring is essential for regulating pressure within the brewing system, ensuring every shot maintains the perfect extraction profile. **Are you struggling with inconsistent shot pressure or a weak extraction?** A worn or fatigued Belleville spring is often the culprit. Replacing it with this precision-engineered OEM part guarantees factory-level performance. This specific spring features robust material composition designed to withstand extreme thermal cycling and high compression loads inherent in commercial espresso machines, providing exceptional longevity and minimizing maintenance downtime.

The BELLEVILLE SPRING 114X90,5X1,26 (I.5.006) ensures a defined, consistent force application, crucial for flawless operation of your machine's mechanical components, such as valves or pistons. Its specific dimensions—an outer diameter of 114mm, an inner diameter of 90.5mm, and a thickness of 1.26mm—are precisely calibrated for compatible systems, making it the perfect **replacement for broken espresso machine spring I.5.006**. The primary benefit of installing this new spring is the immediate return to stable pressure, which eliminates the common issue of **why is my espresso machine extraction inconsistent** and secures the quality and repeatability of your espresso shots, a necessity in high-volume environments.

For installation, consult your machine's technical manual, as this spring is typically utilized within the group head or pressure regulating assemblies. It is designed for simple replacement within specified La Marzocco models, allowing you to quickly **fix low espresso pressure** without replacing major assemblies. Maintain the peak performance of your investment by choosing this original equipment Belleville Spring, the definitive solution to ensuring long-term operational consistency and preventing premature component wear caused by improper pressure loads.