The modularly designed Pallet Lift system enhances the flexibility and functionality of robots. This system allows robots to lift and transport pallets of different sizes and weights. Due to its modular structure, it can be easily integrated into existing robot platforms and adapted to various operational requirements. The pallet lift system is equipped with features such as automatic load detection, height adjustment, and secure transport, enabling robots to work more efficiently and effectively in storage and logistics processes. This innovative addition plays a critical role in optimizing the workflows of autonomous mobile robots, thereby increasing the operational efficiency of businesses.

The Flat Lift system, as a modular attachment, significantly enhances the carrying capacity and flexibility of robots. This system allows robots to easily lift and lower tables or flat load-carrying platforms of different sizes. Equipped with precise height adjustment and automatic load recognition features, the Flat Lift system enables robots to operate effectively in storage and assembly lines. Additionally, the system provides the necessary stability and control for safe load transport and efficient material handling. This innovative solution allows autonomous mobile robots to perform a wider range of operational tasks, thereby increasing the productivity and operational flexibility of businesses.

The modular roller system designed for autonomous mobile robots expands the robots' capacity to automatically transfer materials. This system consists of conveyor belts integrated into the robots, allowing for the smooth and continuous transport of various types of loads. Its modular structure can be easily adapted to existing robot platforms and made suitable for various industrial applications. The roller system facilitates the direct transfer of materials from the robot to production lines, storage areas, or other transport systems. This helps to speed up processing workflows and reduce human intervention, thereby enhancing workplace safety and efficiency.

The stations we designed for autonomous mobile robots (AMRs) to drop off palletized loads offer innovative solutions that will revolutionize logistics and warehouse operations. These stations are optimized to enable AMRs to drop off palletized loads quickly and efficiently. With their ergonomic and modular design, they can be easily integrated into different warehouse layouts and offer flexible usage. Equipped with advanced sensors and software, these stations enhance both safety and operational efficiency, making logistics processes smarter and more sustainable. Our stations reduce labor costs while increasing the speed and accuracy of workflows, providing businesses with a competitive advantage.

The dynamic stations we designed for robots to drop off palletized loads offer innovative solutions that will revolutionize logistics and warehouse operations. These stations are optimized to enable AMRs to drop off palletized loads quickly and efficiently. With their ergonomic and modular design, they can be easily integrated into different warehouse layouts and offer flexible usage. Equipped with advanced sensors and software, these dynamic stations enhance both safety and operational efficiency, making logistics processes smarter and more sustainable. 

These stations, with their dynamic movement capability, lower to the ground to allow operators to easily place pallets. After the load is secured, the stations rise again using pistons, allowing robots to take the pallets. This ensures that pallets on the ground can be loaded onto the station and picked up by AMRs, maximizing operational flexibility and efficiency.