Description

The AMS2000-1.6M Manual Stacker by Aico Japan is a robust and reliable material handling solution designed for warehouses, factories, distribution centers, and retail operations. With a load capacity of 2.0 tonnes (2000 kg) and a maximum lifting height of 1.6 metres, this manual stacker allows operators to safely lift, transport, and position heavy pallets, improving workflow efficiency and optimizing storage in medium-duty industrial settings.

Designed for fully manual operation, the AMS2000-1.6M offers a cost-effective and practical solution for facilities that do not require powered lifting. Its durable steel frame provides exceptional stability and long-lasting performance, capable of handling repetitive heavy-duty use in industrial and commercial environments. The ergonomic handle ensures safe and comfortable operation, reducing operator fatigue during frequent lifting and transporting tasks.

Equipped with high-quality wheels and forks, this manual stacker ensures smooth and stable movement across various floor surfaces. Its compact design allows easy maneuverability in narrow aisles and confined spaces, making it suitable for warehouses or retail facilities with limited floor space. The precise manual lifting mechanism provides controlled handling of pallets, ensuring both operator and load safety.

Key Features:

• Load Capacity: 2.0 tonnes (2000 kg)

• Maximum Lifting Height: 1.6 metres

• Fully manual operation – no power required

• Durable steel frame for heavy-duty use

• Ergonomic handle for comfortable and safe operation

• Smooth movement with high-quality wheels and forks

• Compact design for easy maneuverability in narrow aisles

• Ideal for warehouses, factories, distribution centers, and retail operations

The AMS2000-1.6M Aico Japan Manual Stacker provides a practical, safe, and cost-efficient solution for medium-duty pallet handling. Its durable construction, ergonomic design, and precise manual control make it an excellent choice for businesses looking to streamline material handling while maintaining safety and efficiency.