Unlike traditional robots, humanoid robots are designed to perform a variety of tasks in non-standardized environments. They can adapt to workstations and equipment already in place in factories, making them easier to integrate.

Thanks to their human form, these robots can easily move around workspaces and handle tools or parts, which is ideal for tasks such as assembly, maintenance or inspections, especially in confined spaces.

They can perform repetitive, high-risk tasks (such as lifting heavy loads, exposure to chemicals, or working at high altitudes) without interruption or risk to health, reducing workplace accidents and improving safety.

Humanoid robots are well suited to "cobotics", i.e. human-robot collaboration. They can work alongside human operators, helping them with specific tasks, thereby improving productivity and reducing employee workload.

Equipped with advanced sensors, cameras and AI algorithms, humanoid robots can inspect products for defects with great precision. Their ability to analyze in real time enables anomalies to be spotted quickly, improving production quality.

Humanoid robots can monitor machines and infrastructures, detecting signs of wear or malfunction. This helps to anticipate maintenance needs and reduce unplanned downtime.

By automating certain costly or time-consuming tasks, humanoid robots help reduce operating costs, particularly in terms of labor, and optimize workflows.

They can collect data on machine performance, production flows, and plant conditions, providing insights that help optimize processes and make more informed decisions.