Simaxsu develops an industrial clamping solution that combines magnetic, pneumatic, and additive manufacturing technologies, aiming to optimize part handling processes on automated production lines.

Its system is based on a pneumatically actuated magnetic device, which allows parts to be held quickly and securely during loading, unloading, and transfer operations. This mechanism facilitates efficient clamping even in highly demanding production environments.

Simaxsu employs 3D printing technology to manufacture its components using both plastics and metals, allowing each part to be customized to the specific needs of each production line. This additive manufacturing not only provides lightness but also optimizes the design of the parts, improving their strength and adaptability.

The system is characterized by its hybrid integration, which combines plastic and metal elements in a single tool, achieving a balance between weight reduction and structural robustness. This configuration allows the components to withstand the mechanical demands of industrial production without compromising durability.

Furthermore, the solution is designed to be easily integrated into existing production lines, adapting to assembly and transfer systems with minimal modifications. This reduces both implementation times and associated costs.

Finally, the system optimizes air consumption in pneumatic processes, thereby reducing energy costs and reducing dependence on traditional suction cups. This improvement contributes to increased sustainability and operational efficiency in industrial plants.