Mono Mast with Good Rigidity
The unique value of mono mast is that it provides perfect operating view for the fork and loads, which enables the loading visible and safely controlled. Regardless of where you stand, the operator can always see and control the loads efficiently. This is quite a user-friendly design, especially for women workers. Apart from this, all the lifting components including cylinder, rollers are covered entirely by the masts, exhibiting long-lasting protection.

Long Tiller for Easy Steering
A long tiller helps improve visibility for the operator. By extending the control handle away from the stacker, it provides a clearer line of sight to the load, forks, and the surrounding environment. This improved visibility enables the operator to have better control and make more accurate decisions when maneuvering the stacker. It enables the stacker to make sharper turns and navigate through narrow aisles or confined spaces more effectively as the operator can stand beside it.

Strong Frame to Support
Mn steel has excellent tensile strength, making it highly resistant to impact and deformation as it can absorb energy without fracturing or breaking. By utilizing a rugged Mn steel frame, we can ensure the longevity, safety, and reliability of our products, even in demanding operating conditions. It provides the necessary strength and durability to withstand heavy loads, impacts, wear, and other challenges.

Ergonomic Control
The controlling handle of this model is featuring a value that all the function buttons are easy for your finger to touch, which proves to secure the operation with superior performance. Furthermore, this handle is extendable to offer more buttons for some extra customized functions like paper roll, clamp.

Electronic Sensor Interlock Switch
Electronic sensors typically provide higher accuracy compared to mechanical sensors. They can detect and measure changes with greater precision, allowing for more precise and reliable control. Mechanical sensors often involve moving parts, which can be subject to wear and tear over time. In contrast, electronic sensors are typically solid-state devices that do not have moving components. This reduces the risk of mechanical failure or degradation, resulting in longer sensor lifespan and reduced maintenance requirements.