The hydraulic system contains several vulnerable parts due to constant pressure and fluid flow. Seals and gaskets in cylinders degrade from exposure to hydraulic fluid and temperature changes, leading to internal leaks that weaken compression force. The hydraulic pump experiences wear on its internal components from continuous operation, resulting in reduced output.

Moving mechanical components face significant wear from friction and repeated motion. The ram guide rails can develop scratches or corrosion from contact with fabric fibers, leading to uneven operation. The compression plate may develop dents or bending from impact with hard objects accidentally included in loads, affecting compression uniformity.

Electrical components are susceptible to damage from environmental factors and frequent use. Sensors that detect chamber fullness can become misaligned or contaminated, sending incorrect signals that disrupt operation. Wiring connections, especially in areas with vibration, may loosen over time, causing intermittent power loss or erratic machine behavior.

Structural parts that endure constant stress are prone to wear and fatigue. Hinges on chamber doors experience repeated opening and closing, leading to loosening that affects door alignment. Latches and locking mechanisms can wear down, failing to secure the door properly during compression and creating safety risks.