Positioner systems are mechanical systems that ensure the optimal positioning of workpieces in welding and assembly processes. This system enables the automatic or semi-automatic realization of operations such as rotation, angular positioning and height adjustment of especially large, heavy or complex geometry workpieces.
The system offers significant advantages in terms of precision, efficiency and safety in production processes. Positioner systems are widely used in the welded manufacturing industry and allow workpieces to be moved comfortably at a fixed point. This improves the ergonomics of the operators and helps the welding process to be carried out in a more controlled and high quality manner.
These systems are generally capable of two- or three-axis motion. Rotation and angular positioning functions ensure that the workpiece is positioned at the optimal welding angle, minimizing manual intervention by the operator. The three-axis systems offer even more flexibility by adding height adjustment.
Taking into account the weight and center of gravity of the workpieces, the system can be fixed to the floor or integrated into production lines with different modifications. These systems are widely preferred in modern production processes thanks to their precise speed control, digital or analog control options and the ability to work in synchronization with automation systems.
Positioner systems used in industry can be produced in different capacities and features. While compact and low-capacity models are developed for small-scale enterprises, high-tonnage and more durable systems are designed for heavy industrial applications.
In addition to welding operations, these systems are also used in different production processes such as assembly, grinding and painting. The system provides great advantages in terms of productivity increase and occupational safety. In addition, positioner systems reduce the risk of faulty production by facilitating quality control processes after welding.
Positioner systems are one of the indispensable equipment of modern industry. These systems provide time and cost savings in production processes by both increasing occupational safety and increasing the precision of welding processes, and support the efficient use of labor.
Today, with the development of technology, more intelligent and automated positioner systems will continue to play an important role in the future of industrial production.
