The  Electric Telescopic Boom Loader is a new-generation, eco-friendly, and high-efficiency construction machinery independently developed for modern low-carbon construction scenarios, urban engineering renovation, farm operation, warehouse logistics, and garden greening. Integrating energy-saving performance, flexible operation, and multi-functional expansion, this electric telescopic loader perfectly replaces traditional fuel loaders, solving the pain points of high fuel consumption, loud noise, serious exhaust pollution, and high maintenance costs of traditional construction equipment. It is an ideal lightweight handling and loading equipment for indoor and outdoor closed and low-altitude operation scenarios.

Adopting a pure electric drive system, the machine is equipped with a high-capacity professional engineering battery and a high-power silent driving motor, featuring stable power output, strong endurance, and zero exhaust emissions. Compared with diesel loaders of the same level, it reduces operating costs significantly, with lower daily power consumption and almost no need for oil circuit maintenance, greatly cutting long-term equipment operation and maintenance expenses. The whole machine runs with ultra-low noise, which meets urban environmental protection standards and construction noise limit requirements, making it suitable for residential area construction, indoor warehouse operation, night engineering construction and other scenarios with strict environmental assessment requirements.

Overall, the 2500 Electric Telescopic Boom Loader has outstanding advantages in environmental protection, energy saving, operating efficiency, safety and practicability. It is compact in structure, stable in performance, durable in use and low in comprehensive cost. It is widely applicable to construction engineering, municipal greening, agricultural breeding, factor

y logistics, community renovation and other fields, and is a cost-effective new energy construction equipment favored by domestic and foreign customers.