Telescopic Handler Forklift Truck

To navigate narrow factory roadways and unpaved surfaces-such as mixed soil and rock-the vehicle is equipped with large-sized dual tires on the front axle. This configuration significantly increases the ground contact area and reduces ground bearing pressure. Even when performing heavy-load operations on the edges of loose soil piles or rugged terrain, the chassis maintains excellent resistance to sinking and slippage. The equipment can access complex job sites directly to perform lifting and installation tasks without the need for prior site leveling, effectively shortening the project's preparatory phase.

The main boom is constructed using imported high-strength steel and a welded hexagonal cross-section design; compared to a quadrilateral boom, this configuration adds structural angles that enhance load-bearing capabilities. This design ensures more uniform stress distribution during high-altitude, heavy-load lifting and substantially increases resistance to bending and torsion. It guarantees that the main boom remains undeformed and extends smoothly when lifting large stone slabs or irregularly shaped heavy objects. The exceptional structural rigidity greatly improves the efficiency of precise load positioning at height, minimizes cracking caused by metal fatigue, and effectively extends the equipment's service life while reducing maintenance costs.

Large-diameter hydraulic cylinders provide powerful thrust for boom movements, enabling the machine to perform high-lift and long-reach operations. Furthermore, the cylinders feature a reinforced sealing design to withstand dust intrusion common in construction sites and stone processing facilities. In harsh operating environments-such as stone yards and mining areas-this design minimizes leakage issues, ensures stable and smooth lifting, and enhances both safety and operational efficiency during heavy-load lifting tasks.