Photorealistic rendering of an industrial robotic cell with two yellow robots inside a wire-mesh safety cage, disassembling electric vehicle batteries.

Prompt Stable Diffusion XL — Image réaliste d’un robot parallèle à câbles Realistic industrial rendering of a reconfigurable cable-driven parallel robot (CDPR) inside a modern wire-mesh safety cell. The robot uses four motorized winches, each located at the top corners of the cell, driving tensioned cables connected to a central mobile platform suspended in mid-air. The mobile platform carries a visible end-effector (robotic gripper or disassembly tool) and a compact force/torque sensor between the tool and the platform. The robot is designed for electric vehicle battery disassembly. Include multiple sensors and cameras with realistic housings and visible colored light cones: Two RGB-D stereo cameras (eye-in-hand) mounted on the platform, directed toward the work area (blue vision cones). Two fixed RGB cameras at the upper corners of the cell (green cones). One LIDAR sensor on a top corner support, scanning the workspace (orange cone). One infrared thermal camera mounted on a side wall at mid-height (red cone). Show the battery pack (rectangular module) placed on the workbench beneath the robot. The cell structure is metallic with yellow safety frames and transparent mesh panels. Lighting: bright industrial environment, white and gray tones, soft reflections on metal. Composition: isometric or slightly angled top-front view showing the entire cell, the winches, the cables, the platform, and all sensors clearly. Keywords: realistic industrial prototype, engineering lab, See more