Heavy-use waste equipment lives a hard life. Over time, pivot points, hinge plates, and mounting brackets absorb constant pressure from hydraulic cycles, loading stress, and vibration. If left unchecked, wear in these areas can quickly escalate from minor play to full structural failure.
In this case, the pivot assembly had suffered significant wear and distortion. The original mounting face was fatigued, the pin housing was compromised, and the surrounding steel showed clear signs of stress and elongation. Continued operation in this condition would have led to increased movement, misalignment, and ultimately more expensive damage to the hydraulic system and frame.
Our refurbishment process focused on restoring structural integrity rather than simply replacing a single component. The damaged section was cleaned back to sound metal, reinforced with a precision-machined mounting plate, and re-aligned to factory geometry. A new hardened pivot assembly was fitted, properly seated, and secured to ensure accurate load distribution. The final finish included protective coating to guard against corrosion and environmental wear.
The result is a strengthened pivot point designed to handle operational stress reliably. By rebuilding and reinforcing the assembly instead of allowing progressive failure, we’ve extended the working life of the machine and prevented far greater downtime and repair costs.
Refurbishment is often the most cost-effective way to restore performance and reliability—especially when structural wear is addressed early and correctly.