Versatile Telescopic Handler for Material Lifting and Stacking.

Core Structure & Functional Highlights

The Telescopic Handler (Telehandler) is a multi-functional integrated engineering equipment. Its core structure combines the loading/unloading function of a forklift with the lifting advantage of a telescopic boom. Equipped with a retractable boom structure that can flexibly extend, retract, and lift, it is paired with quickly replaceable attachments—including forks, hooks, grabs, etc. No complex disassembly is required for switching, enabling multiple operations such as loading, unloading, transportation, lifting, and stacking. The chassis mostly adopts an off-road design, paired with large-size anti-slip tires for strong grip. Compared with ordinary forklifts, it can travel stably on uneven ground, with an overall structure balancing flexibility and load-bearing capacity.

Application Scenarios & Selection Reference

Widely used in industries such as construction sites, agricultural production, and warehousing and logistics, including scenarios like:

Transporting and stacking construction materials at construction sites

Loading and unloading grain and forage on farms

Stacking heavy goods in warehouses

Key Performance & Operational Advantages

Strong Load-Bearing Capacity: Load capacity of different models ranges from 1 to 5 tons, with a lifting height of up to 4-15 meters, meeting mid-to-high altitude operation needs.

Outstanding Versatility: One piece of equipment can replace multiple traditional devices such as forklifts and cranes, reducing equipment investment costs.

Easy Operation: Equipped with a precise control system, new operators can master it after simple training. The connection between boom telescoping and attachment operation is smooth, with operational efficiency much higher than that of single-function equipment.

Durable Power: Mostly powered by diesel engines with long endurance, supporting long hours of outdoor operations and adapting to high-intensity work scenarios.

It performs excellently in complex terrain or mid-to-high altitude operations.

If only high-altitude vertical operations are needed in narrow spaces, Scissor Lifts are more suitable; if flexible high-altitude obstacle avoidance operations are required, Boom Lifts are a better choice. When there is a need to balance loading/unloading, transportation, stacking, and operate in complex terrain, the versatility and adaptability of this telehandler can better meet the needs, significantly improving operational flexibility.