WEPALL Universal Palletizing Software Specifications

Currently, the implementation of robotic palletizing systems requires the intervention of highly qualified expert programmers.

This affects high costs and total dependence on the integrator for future modifications.

Wepall is an alternative that, in a simple way, eliminates that dependence and drastically reduces costs.

Development of user-friendly applications for industrial robotic programming.
Based on our API, which allows anyone with basic knowledge of computer programming to program industrial robots of different brands, Wepall has developed the first universal palletizing software, an application with which you can design your own pallet formats, generate the code and load it onto the robot of your choice in just a few minutes.

Step#1- Design the line - Easily build your palletizing cell.

Step #2- Create the pallet pattern - Creates successive layers of products according to their characteristics.

Step#3- View the result - Simulates the behavior of the defined pallet with advanced physics.

Step#4- Generate the program - Generate hundreds of lines of editable code with a single click.

No need to know how to program -Defines the products, whether bags or boxes, with size and weight; the various pick-up stations or separators.Select robot and hands or palletizing tools.Configures the palletizing station and the different types of pallets.

Generates mosaics based on product and pallet properties -Sort products on the pallet to make the most of the available space. Creates successive layers of products according to their characteristics.

Define points, movements and more - View the final result of the palletizing process. Check, thanks to the advanced physics of this simulation, the stability of the defined mosaic. At any time, you can go back to redefine and complete the pallet according to your needs.

Generate native code for any robot- With just one click you can generate hundreds of lines of native code for any robot, according to the specifications defined in the previous steps. This code is editable and adaptable to successive changes or particularities of the line.