Material handling advantages of driverless forklifts

Enhance productivity: through increased efficiency, on-time delivery, and continuous production for seven days a week, 24 hours a day

Reduce the cost of machine, product, and infrastructure damage.

The introduction of advanced personnel and machine safety systems has resulted in a higher level of occupational safety.

Within one to three years, most systems pay for themselves

Automated trucks can be operated manually and safely in emergency situations, such as when the WLAN is down.

Reduce workload and increase productivity with step-by-step automation

If driverless material handling is used to work efficiently and smoothly on a "small scale," the required level of automation can be achieved flexibly.

First, a horizontal transport from point A to point B is sufficient. For example, assembly on a manufacturing machine. If it is possible to do this smoothly and with a manual process, then the transportation from assembly to storage can be automated. As a final step, all forms of pallet handling can be automated until the goods are exported.

robotic forklift

Due to the cost advantage of a low initial investment, manual warehouses can gradually be converted into partially automated warehouses where significantly higher productivity can be achieved with less effort.

Maximizing production through increased efficiency, just-in-time delivery, and continuous production for seven days a week, 24 hours a day.

Ensure that machinery, products, and infrastructure are protected against robotic forkliftmaterial damage.

The use of advanced personnel and machine safety systems has resulted in higher occupational safety.

In case of WLAN failure, automated trucks can be operated manually and safely.

It is possible to test automation in production operations with initial projects. If driverless material handling is used efficiently and smoothly, the required level of automation can be achieved flexibly.

In order to automate transportation from assembly to storage, a simple horizontal transfer from A to B is sufficient. For example, assembly on a manufacturing machine. If this can be accomplished smoothly and manually, the transportation from assembly to storage can also be automated. Up until the final goods are exported, all types of pallet handling can be automated.

As a result, manual warehouses are gradually transformed into partially automated warehouses, where a significantly higher productivity can usually be achieved with less initial effort, due to the lower initial investment.