Mobile robots from Robotnik
Autonomous mobile robots offer a robust technological tool transforming automation in logistics, manufacturing, inspection, agriculture, and retail.
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Application for inspection and surveillance
Robotnik’s Autonomous Mobile Robots (AMR) are designed to autonomously perform specific tasks without constant human intervention. Unlike traditional static robots, mobile robots can navigate through various environments, including dynamic and unstructured ones, meeting the needs and demands of different sectors.
With years of industry experience, we have numerous examples of collaborative mobile robots providing versatile solutions that surpass the limitations of traditional automation systems. These robots integrate seamlessly into changing environments, performing a wide range of tasks while collaborating effectively with human employees, thus driving growth, optimising production, and enhancing competitiveness.
Robotnik mobile robots are versatile platforms ideal for industrial applications, prototyping, and R&D, thanks to the open-source ROS operating system.
Mobile robots are increasingly utilised across various sectors, from manufacturing and logistics to inspection, maintenance, surveillance, agriculture, and healthcare. Any industry can benefit from Robotnik’s robots, designed to operate in collaborative environments and execute multiple tasks.
Explore our use cases showcasing implementations in several companies.
Modularity is a key feature of Robotnik’s AMRs. Depending on the application, these robots can be equipped with additional components such as lifting units or specific sensor technology like cameras, lasers, or safety packages, to meet any automation challenge.
Collaborative mobile robots represent a significant advancement in human-robot interaction. Robotnik’s AMRs integrate seamlessly into collaborative work ecosystems, operating safely alongside humans without requiring restricted security zones. These robots perform a wide range of tasks with simple software setups, eliminating costly physical modifications to facilities.
By handling repetitive and physically demanding tasks, these robots enable employees to focus on higher-value work, fostering a safer and more satisfying work environment. Employees can dedicate their time to creative, decision-making, and problem-solving tasks, while AMRs manage tedious, routine, or hazardous tasks.
AI in mobile robots is a promising field, enhancing autonomy, collaboration, and human-robot interaction. AI enables robots to understand and respond to human instructions using natural processing and emotion recognition techniques. For instance, some of Robotnik’s robots integrate AI algorithms to improve functions like object identification, distinguishing obstacles, or identifying elements requiring intervention due to damage.
Robotnik’s AMRs offer simple startup processes, making them adaptable and efficient solutions for various applications. Their missions and tasks can be managed in person or remotely through an intuitive user interface (HMI), controlling their work in real-time based on each robot’s current position and availability. This ensures efficient resource utilisation, maximising productivity and minimising downtime.
- Flexibility: AMRs adapt to changing production environments and requirements, navigating freely using advanced Simultaneous Localization and Mapping (SLAM) technology. They respond quickly to environmental changes and new operational demands without complex reconfigurations.
- Versatility: Mobile robots adapt to various tasks and industries. In logistics, they autonomously transport goods, manage inventories, and optimise material flow. In manufacturing, they move components, assist in assembly, and perform quality inspections. In service and retail, they enhance customer experience by managing shelf supply, locating products, or performing cleaning and maintenance tasks.
- Scalability: Companies can increase the number of operational mobile robots as needed. The absence of complex installations accelerates the deployment of one or multiple units.
The evolution in mobile robotics, combined with advancements in software, hardware, and adjacent technologies, provides a range of options in the market. When choosing a robot, focus on your needs: What tasks need automation? Which processes have high economic costs? Is the work area indoors or outdoors?
Selecting the right mobile robot can enhance production times, reduce costs, and optimise processes intelligently.
Robotnik experts support clients throughout the automation process, ensuring informed decisions. Request a free automation consultation.
Main Advantages of our Mobile Robots
Easy configuration
Quick and simple to set up open software in ROS
Autonomy
Operating during full shifts 24/7 Autonomous docking station
Collaborative
Lasers and advanced security sensors to share work space with people
Omni-directional movement
Allows the reduction of times, making it 1 to 5 times faster than a differential
Human Machine Interface (HMI)
Intuitive control and monitoring of the robot by the end user
Our latest Mobile Robots
Do you have an industrial project in mind with mobile robots or mobile manipulators? Talk to us!
RB-KAIROS
Autonomous mobile robot with omnidirectional kinematics based on 4 high-powered mecanum wheels useful for logistics and transport applications in indoor environments.
RB-VOGUI
Autonomous transport platform for outdoor environments with a load capacity of up to 150 kg designed primarily for logistics or agriculture applications, excelling in last mile delivery tasks.
RB-SUMMIT
Versatile and configurable general-purpose platform, especially suitable for R&D applications and is developed to operate in indoor or outdoor environments.
RB-1 BASE
Autonomous mobile platform for intralogistics, suitable for transporting different payloads or integrating systems such as robotic arms or upper modules.
RB-THERON
Indoor autonomous transport robot designed for safe and efficient logistic tasks in collaborative industrial environments.
RB-ROBOUT
Robotic platform to automate the transport of heavy loads up to 1 tonne in indoor industrial environments such as factories or warehouses.