10 Ton Diesel Forklift

The after-treatment system employs both active (driving) and stationary regeneration methods. Regeneration can occur during normal operation or be performed after parking based on actual conditions, thereby minimizing the continuous accumulation of soot within the system. For forklifts engaged in frequent heavy-load or continuous operations, this reduces the need for frequent ash cleaning and maintenance, extends service intervals, and minimizes equipment downtime associated with after-treatment upkeep, making daily operation more hassle-free.

During frequent loading/unloading, maneuvering, and lifting, the hydraulic system must constantly respond to varying operational demands. Maintaining a consistently high level of hydraulic output often leads to unnecessary energy loss and increased long-term operating costs. This equipment comes standard with load-sensing technology across the entire lineup, allowing hydraulic output to be adjusted dynamically based on actual working conditions. By prioritizing hydraulic fluid supply for steering and minimizing wasted hydraulic power, this on-demand supply method reduces energy consumption-lowering fuel usage while maintaining responsive steering-and keeps long-term operating costs under control.

The forklift features a high-strength, grid-style overhead guard that provides an expansive field of view both upward and to the sides. This design effectively resolves visibility issues associated with handling heavy loads at height, container operations, and heavy material transport, thereby mitigating safety risks-such as collisions or falling objects-caused by blind spots. Operators can clearly see the fork position at height and achieve precise alignment without constantly shifting their seating posture. This significantly reduces fatigue and the likelihood of operational errors during prolonged shifts while greatly enhancing high-altitude operational efficiency, ultimately safeguarding workplace safety and ensuring highly efficient operations.