Innovation with Zallys
At Zallys, innovation and versatility are at the core of our product designs. Our electric vehicles are engineered to streamline various industrial processes, enhancing efficiency and safety. One of our standout models, the Jespi, has proven to be incredibly adaptable, finding new applications beyond its typical uses. Recently, we observed an innovative application: utilizing the Jespi for the transportation of heavy molds within a manufacturing facility. Here’s an in-depth look at this alternative use and its benefits.
The Challenge of Transporting Molds
In the manufacturing industry, molds are essential for producing a wide range of products. However, they are often bulky and extremely heavy, posing significant challenges for transportation within the facility. Traditional methods of moving these molds, such as manual labor or forklifts, can be inefficient and potentially dangerous.
Why Jespi?
Because it's an eco-friendly fully electrical equipment and as we might know electric vehicles tend to have fewer moving parts than internal combustion vehicles, meaning they require less maintenance and repairs are generally simpler and less expensive.
Exceptional performances
The electric platform cart zallys Jespi can easily transport up to 1000kg with ease and can be used both indoor and outdoor thanks to its design and pneumatic wheels. It can be equipped with different sized platform to meet all your needs.
Enhanced safety
Built-in safety features protect both the operator and the load, reducing the risk of accidents during transport.
Application example in the industry sector
In the bustling world of mold production, efficiency is key. Our electric transporter, as seen in action, effortlessly moves heavy molds with precision and ease. No more manual strain or risk of injury. The Zallys Jespi ensures your molds are transported safely and swiftly, keeping your production line smooth and uninterrupted. Its robust design and user-friendly controls make it the best choice for any industrial setting.