Qimarox is happy to announce a new Palletizer machine dedicated for the logistics market. Thanks to the pandemic the ever rising e-commerce business has seen a massive growth. It is one of the most rapidly growing markets in the world economy. The transportation trends in 2021 shows this as well, the biggest trend is the necessity to deliver more products in less time. The most of these products are shipped in containers, which brings challenges for companies.
Unloading
Unloading a container is a process that requires maximum expertise to make the entire process a success. Usually, ships are packed to full capacity to ensure that there is maximum utilization of the available space. Unpacking such containers not only poses a risk to the workforce involved but also damages to the contents. Once the container arrives and is received, container handlers carefully unload it using cranes, forklifts, or through manual handling. These tasks requires manual labour and can become quite expensive. Also finding the right people to do the manual unloading is getting harder. One of the solutions can be to automate the unloading process. The Qimarox Highrunner HR9 palletizer is designed exactly for this purpose. It is designed for logistic operations where many different products needs to be handled in short batches. Of course it is able to do longer batches of the same product as well. The automation of this process has a lot of benefits for companies.
Pattern generator for layers
The unique and patented layer-formation system of the Highrunner HR9 can generate a large variety of layer patterns that can be selected automatically or generated with the state-of-the-art pattern generator. The specially designed pattern generator can generate a large variety of layer patterns that can be selected automatically from the interface. The generator even recommends the best to use pattern, this way anyone can operate the machine. If the installation is equipped with a full 3D product scanner it is even possible to have the system working fully autonomously.
