Descripción
ABB Robot Spare Part
Item number: 05082656 Swivel
Detalles: utilizado en los brazos robóticos de ABB, estación de trabajo robotizada de corte por chorro de agua
Relacionado ABB Robot Spare Part:
Robótico Sistema de corte por chorro de agua: Yaskawa robotic waterjet workstation, Dual Fanuc robotic waterjet workstation, ABB robotic waterjet workstation
FAQ of platform waterjet machine & robot waterjet system & ABB Robot Spare Part:
In what situations can suspended robots make better use of workspace?
Suspended robots can make better use of workspace in the following situations:
Space-constrained environments: when the workplace has limited floor space, suspended robots can have their operating area unconstrained by the floor by being mounted on a ceiling or suspension unit. This maximizes the use of vertical space and provides a larger work area without taking up floor space.
Multiple work zones: If a production line or work area requires multiple independent work zones, suspended robots can be mounted in different positions and heights and can move freely between these zones. This increases the flexibility and efficiency of the production line by covering multiple work areas with a single robot. (ABB robot spare parts)
Multi-track operation: In some applications, robots are required to operate on different tracks, such as assembly lines or material handling. Suspended robots can be adapted to multi-track production needs by using a ceiling-mounted track system that allows the robot to move and operate on multiple tracks. (ABB robot spare parts)
Complex Workpiece Layouts: For applications with complex workpiece layouts, suspended robots are able to flexibly adjust their position and angle to fit the specific shape and layout of the workpiece. They can operate at different heights and angles to achieve optimal cutting, machining or assembly results. (ABB robot spare parts)
In short, suspended robots are able to better utilize workspace in situations of limited space, multiple work areas, multi-track operations and complex workpiece layouts through their suspended mounting. This type of mounting allows the robot to make full use of vertical space, and has the flexibility and mobility to adapt to a variety of complex work environments and needs.
