Meet our robots and discover what types of robots have we designed.
Robot designed for nuclear waste detection. Equipped with a robotic arm, this version of Watchbot is designed to perform complex inspection and high-precision manipulation tasks.
The system includes a depth camera integrated into the robotic arm, which is essential for path planning, collision avoidance, and precise task execution. This ensures safe and efficient operations, even in challenging environments.
The versatility of Watchbot Surface lies in its ability to integrate various sensors and tools, making it adaptable to different industrial applications. Its modular design allows for customization and scalability, optimizing processes without compromising safety or precision.
Watchbot Surface can be operated and monitored through Auros. It also features autonomous navigation, enabling efficient movement in diverse environments. It can be equipped with specific technologies based on customer needs. Its robotic arm supports the integration of multiple sensors for measurement and analysis, such as radiation detection, which has already been implemented in previous applications.
Watchbot Terrain is a robotic system designed for demanding nuclear decommissioning environments. This robot combines advanced inspection capabilities with a robust, all-terrain design, enabling it to operate effectively both indoors and outdoors.
Equipped with dual radiation sensors, Watchbot Terrain performs accurate readings on both sides of its structure, providing real-time critical data for land evaluation and radioactive decontamination processes. Its off-road capabilities and rugged frame allow it to overcome complex obstacles, such as steps and uneven surfaces, ensuring reliable performance in the most challenging environments.
The adaptability of Watchbot Terrain extends through its ability to integrate additional tools, allowing it to meet the specific requirements of each mission. This robot not only redefines inspection standards in radioactive environments but also represents a significant advancement in robotics applied to industrial safety and sustainability.
Watchbot Terrain can be operated and monitored via Auros, and it includes autonomous navigation for efficient movement without compromising task accuracy. Like other models in the series, it can be equipped with user-specified sensors, with standout features including radiation detection and other advanced inspection functions.
Designed to assist individuals with visual, auditive, cognitive, and mobility impairments in large infrastructures such as transport stations and shopping centers. Its goal is to facilitate mobility and improve user autonomy in complex environments.
Watchbot’s assistance service can be booked in advance or on demand via an app. Once activated, the robot guides the user to points of interest such as restaurants, restrooms, platforms, or stores. At the end of the service, Watchbot automatically returns to its docking station, ready for a new booking.
This robot was developed in collaboration with Inserta Innovation Association (ONCE Social Group), ensuring an accessible and inclusive solution for public spaces.
Watchbot Assistant is compatible with the AUROS platform, allowing remote monitoring and secure user management. Its navigation system is designed to avoid people and obstacles, ensuring safe movement in high-traffic environments.
The robot includes an accessible app that can be operated via smartphone or through the integrated tablet. The app is tailored to various disability profiles for ease of use.
Additionally, Watchbot Assistant can carry suitcases and bags up to 10 kg, enhancing the user experience in large venues. Its modular design and advanced technology make it a key tool for inclusion and accessibility in public infrastructure.
