1092 results found
    1. Automated Guided Vehicle (AGV)

      Automated Guided Vehicle (AGV)

      Automated guided vehicle (AGV) systems automate workflows by managing and executing transport tasks based on optimized and flexible strategies. The systems are very flexible. Do you need more throughput? Then add more AGVs. Compared to conveyors, AGVs can be moved to another facility very easily. One AGV can replace the other during maintenance, providing maximum availability in your daily operation. Ideal for most types of material handling, AGVs safely and reliably fulfill their duties. With modern navigation options and customized load handling, these AGVs are efficient in highly complex logistics systems and simple A-B scenarios. Swisslog AGVs can operate as a stand-alone system or, if connected to an ERP, as a fully integrated subsystem of a complete plant. What makes Swisslog’s AGVs so unique? More than 45 years’ experience in the AGV business allows us to design your system with the experience of countless successful projects. The combined R&D resources of KUKA and Swisslog provide first class AGVs – mobile robots. Large service network around the globe ensures quick and reliable service. On-time and easily calculable transport process. Less dependence on personnel; reduced associated costs. Minimized transport damages and delivery errors. High availability and reliability. Traceability of transported goods. Find our more about these solutions. Visit our website now!

    2. Automatic box forming machine for picking systems

      Automatic box forming machine for picking systems

      Machine capable to feed automatically carton to several picking lines, depending on the demand for the type of box. The system works with punched and pre-cutted carton which are automatically feeded to forming bodies, where is applied hot-melt glue before the boxes are formed.Once formed are deposited on a conveyor belt which feed boxes to some picking lines performing an automatic synchronization between machine outputs. The control of the machine is made from a touchscreen which let us to view the status of the elements, just like messages on the level of each of the carton feeders, opened doors, and any special situation that prevents work.

    3. Automotive Containers

      Automotive Containers

      We manufacture containers for the automotive industry that offer flexible solutions for any shape and size of piece that needs to be stored and transported. Our technical office is able to design and project a complete and varied range of solutions, using 3D design tools. We offer containers that can be manufactured by combining metal structures with plastic supports, thermoformed trays, multibags, wood, columns, etc. They are usually robotic loading and unloading containers, commonly used for sheet metal parts (bonnet, roof, floor, etc.). Our factory is equipped with the best technological means and our manufacturing processes guarantee the highest quality. We adapt to your needs. If you need a custom design, do not hesitate to contact us.

    4. AUTONOMOUS MOBILE ROBOTS (AMRs)

      AUTONOMOUS MOBILE ROBOTS (AMRs)

      Intelligent vehicles that navigate the warehouse independently to automate and streamline the internal transport of goods. Autonomous mobile robots (AMRs) are vehicles designed to transport loads between two points independently. They navigate the warehouse freely based on dynamic routes generated by intelligent software. This software optimises the movements of the AMRs, assigning the perfect route for each task. Through the use of state-of-the-art sensors and scanners, AMRs are capable of identifying and evading obstacles. They can operate safely in collaborative environments alongside other machines as well as people.

    5. AUTONOMOUS MOBILE ROBOTS (AMRs)

      AUTONOMOUS MOBILE ROBOTS (AMRs)

      Intelligent vehicles that navigate the warehouse independently to automate and streamline the internal transport of goods. Autonomous mobile robots (AMRs) are vehicles designed to transport loads between two points independently. They navigate the warehouse freely based on dynamic routes generated by intelligent software. This software optimises the movements of the AMRs, assigning the perfect route for each task. Through the use of state-of-the-art sensors and scanners, AMRs are capable of identifying and evading obstacles. They can operate safely in collaborative environments alongside other machines as well as people.