Easy setup. Motion Box covers everything from the human-machine interface (HMI) on one side to the output of reliable motion on the other end. Even the cable management is included, helping reduce the difficulty of setting up the system.
The initial system setup is already complete so end users can get parts moving in a reliable and repeatable manner. The time from pulling it out of the box to entering programming mode is about two hours. Regarding flexibility, Motion Box has six sizes to suit more than 80% of all Cartesian motion applications:
After defining the available space and required motion footprint, the next step is checking the load and speed requirements. Whether the load is 5 or 50 kg, maximum speeds are based on this variable. User-friendly load and speed charts make it simple to determine travel times for x, y and z axes so that the correct system matches the application.
For example, with the smallest work envelope of 12x12x12 inches, it takes roughly half a second to move from corner to corner, whereas a larger motion envelope might take 2 or 3 seconds to make the same move, depending on the load.
Benefits. The main benefits of using an out-of-the-box Cartesian system such as Motion Box include working with a single vendor for advice and troubleshooting needs, one part number per item and one engineering hour to get the system up and running. Buying a part and buying a robot become a similar task, making both initial specification and setup fast and easy.
Motion Box also offers flexible integration options via an Ethernet connection. The Cartesian robot system can connect to wider automation setups using EtherNet/IP, DeviceNet, TCP/IP, CC-Link, Profibus and ProfiNet, as well as company networks and control architectures. A streamlined control system also simplifies ease of use. Motion Box incorporates the Q-Motion Controller from Mitsubishi Electric, which features four-axis motion control, energy-efficient drivers, integrated I/O and network access and a clean, efficient HMI setup.