Custom Robot Pedestal
The problem
The company was developing a machine tending system but found that existing robot pedestals on the market did not provide the flexibility required for their application. Off-the-shelf solutions could not accommodate their specific controls, safety mechanisms, and hardware while maintaining ease of use for operators. A custom solution was required to integrate these components within the space constraints of the system while supporting a flexible and user-friendly automation platform.
Our solution
A custom robot pedestal was designed to integrate the client’s specific controls, safety mechanisms, and hardware within a compact and practical structure. The concept was developed in CAD and supported by FEA analysis and stability calculations to validate performance and suitability for the application. Manufacturing considerations, component housing, and operator usability were incorporated throughout the design to deliver a robust and flexible machine tending platform.
Key considerations
Key considerations included robot reach, pedestal stability, and structural integrity under operating loads. Access for maintenance, housing of controls and safety components, and suitability for the working environment were also assessed throughout the design. Relevant machine standards and practical installation constraints were considered to ensure the system was both compliant and fit for purpose.
Bespoke load-bearing machine
A purpose-built structure built to securely mount and position the robot within the cell.
