Industrial robotics and mechatronics
Robotization and automation of the industry brings many benefits for the company that implements them. Robotization of processes allows you to shift the burden of strenuous or dangerous work to works. It also makes it possible to limit human exposure to unfavorable conditions such as dust, heavy weight or monotonous work.
One of such monotonous tasks is palletisation, where people often work in less ergonomic positions. Large Tower robots will work well for the robotization of palletisation and packaging. Thanks to the possibility of placing the robot on the running gear, it is possible to palletize products from several lines with one robot.
The benefit of automation is the improvement of repeatability and constant quality of manufactured products, as well as the improvement of processes and the elimination of the so-called bottlenecks. What's more, robots and mechatronic systems are a flexible solution that allows, in the age of global competition and frequent changes in customer tastes, frequent product modifications and personalization. This is possible because robots can be easily adapted to changes in production processes by changing the gripper and adapting the program to the new type of product.
Tower robots and Cartesian robots are perfect for automating and robotizing processes such as packaging, handling CNC machines or pick & place applications. Their use increases the efficiency and effectiveness of manufacturing processes, and also ensures constant quality. Cartesian robots, due to the modular nature of the structure and easy adaptation to various applications, will perform well in such tasks.
The basis of WObit Cartesian robots are linear MLA modules, which are a complete solution for the implementation of linear displacements, as well as linear motors. A wide range of linear modules with mounting accessories and a controller allows you to independently configure your own Cartesian system.
WObit also offers the preparation of mechatronic systems tailored to the individual needs of a specific application.