2.5 Ton Stacker

Advantage

• Legless design and site adaptation: Abandoning the traditional front outriggers, this design relies on the rear weight distribution of the vehicle to maintain balance. This design makes it not dependent on the type of pallet or ground conditions, and is highly suitable for complex terrains such as direct loading and unloading of trucks without platforms, and renovation of old warehouses. The forks can vertically rise without support points.
• Compact vehicle body and smooth passage: The vehicle structure is short and lightweight, with an extremely small turning radius. It can easily make a U-turn in narrow alleys of about 1 meter. Without the interference of outriggers, it can closely approach shelves and goods for entry and exit, significantly improving the space utilization rate of high-density warehouses.
• Stationary driving control and operational efficiency: Using a standing operation platform, employees do not need to walk along the vehicle, providing a wider field of vision. The standing posture makes starting, stopping, and turning more sensitive. It can quickly align in short, high-frequency stacking and inventory replenishment scenarios, significantly enhancing operational efficiency.
• Powerful performance and safety features: Most models adopt AC drive systems and lithium battery power, supporting regenerative braking and slope anti-slip protection. The full-load climbing ability can reach over 15%, suitable for high-intensity operations. Additionally, it is equipped with multiple safety protections such as emergency reverse switches, lifting limiters, and guardrails.

High-strength frame

2.5 ton Stand on Counterbalance Stacker,The high-strength steel frame paired with precision chain transmission combines a sense of power with precision.

High-strength front wheels

2.5 ton Stand on Counterbalance Stacker,strong load-bearing capacity, wear-resistant and durable, not easily damaged when running back and forth on warehouse floors Built-in cushioning effect, minimal bumps when crossing floor joints, flexible and smooth steering, and stable even under heavy loads.