Used ATMI H2M #293602060 for sale

ATMI H2M is a revolutionary piece of facilitie equipment that combines advanced air-to-material handling technology with innovative robotic automation. It is used to move, manipulate and store a wide array of materials in industrial processes, such as the movement of components from one production line to another. It is an invaluable asset for factories and plants that need to transport and store materials on a large scale with minimal time, effort and cost. H2M consists of a controller, which is connected to a range of specialist robots. These robots have advanced motion sensors that enable them to accurately detect, recognize, and move different objects and materials in accordance with programmed parameters. An integrated vision system combines the ability to identify materials with knowledge of the destination to ensure that objects can be moved and stored with precision. As well as moving materials between two points, the devices can also manipulate the objects in order to achieve the desired result; for example, transferring containers and other materials between two different heights. The devices are programmed using a range of industrial programming languages and come with pre-installed operating systems and libraries. This makes them easy to install, configure and operate. There are also additional accessories such as sensors and load cells which help speed up the transition of material from one process line to another. In addition, the system includes a wide range of safety features to ensure the safety of both personnel and the equipment itself. ATMI H2M is available in a variety of sizes and configurations which can be tailored to the specific requirements of any application. Additionally, the machines can be integrated into existing industrial process automation systems, eliminating the need for additional hardware. This makes them a cost-effective choice for industrial operations. Overall, H2M is a powerful facilitie equipment solution for any material storage, handling and transport needs. Its combination of advanced robotics and material manipulation technology makes it an efficient, accurate and ultimately cost-effective solution in a range of industrial processes.