Lexium Cobot - robot collaboratif

Lexium Cobot is a collaborative robot designed to automate repetitive, precise, or ergonomically demanding tasks in industrial environments. It combines advanced mechanical architecture, integrated safety sensors, and intuitive programming capabilities, enabling fast commissioning and direct collaboration with operators without the need for cages or heavy protective systems (according to risk assessment). Its design meets the needs for flexibility, versatility, and safety that characterize modern production lines. The cobot uses a six‑axis structure that offers high freedom of movement, excellent repeatability, and the ability to perform complex trajectories. Integrated motor drives ensure smooth, precise, and quiet control—even at reduced speeds—which is essential for tasks such as assembly operations, part handling, quality inspection, or machine tending. The actuators are sized to deliver sufficient speed in collaborative mode while maintaining precise control during automated operation. Lexium Cobot embeds advanced sensors that detect forces, contacts, and potential collisions. Continuous torque monitoring on each axis ensures safe interaction with operators and automatically reduces speed or stops movement when an obstacle is detected. These mechanisms comply with ISO/TS 15066 regarding biological contact limits and collaborative‑robot safety. Work zones can be configured to define maximum speeds, force limitations, or restricted‑access areas. Programming the cobot is simplified through an intuitive interface compatible with Schneider Electric environments. Tasks can be configured using manual teaching, function blocks, or graphical interfaces to set trajectories, positions, speeds, and sequence logic. This approach allows rapid adoption—even by users without advanced robotics expertise—and makes program changes easy when production formats or assembly requirements evolve. Lexium Cobot can handle a wide range of tools thanks to a standardized mechanical int