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Solutions such as autonomous mobile robots (AMR) and automated guided vehicles (AGV) are characteristic elements of modern automation systems. AMR and AGV are used for internal transport in warehouses, production facilities, and logistics centers, improving efficiency, safety, and operational flexibility.
AMR, equipped with advanced sensors and artificial intelligence (AI) algorithms, can navigate independently and adapt to dynamically changing environments. In contrast, AGV move along predetermined routes, making them more suitable for stable and predictable working conditions. Both types of robots contribute to the optimization of logistical processes and increased productivity, but they differ in their levels of flexibility and autonomy.
Autonomous Mobile Robots (AMR)
AMR are advanced devices that move and perform tasks independently without constant human supervision. Equipped with modern sensors and AI algorithms, AMR can plan routes, avoid obstacles, and adapt to environmental changes. Due to their flexibility, AMR are ideal for dynamic environments such as internal logistics and production.
Automated Guided Vehicles (AGV)
AGV are slightly less advanced solutions for internal transport automation, moving along fixed routes marked by lines, magnetic tapes, or other infrastructure elements. They are less flexible than AMR, but are still widely used in stable environments such as production plants and warehouses.
AGILOX Robots – Modern AMR Solutions
AGILOX ONE
AGILOX ONE is a compact and agile autonomous mobile robot (AMR) designed for transporting pallets and custom load carriers from floor to floor. It can carry loads up to 1000 kg through narrow corridors, and the optional double scissor lift allows for lifting goods to a height of up to 1000 mm.
AGILOX OCF
AGILOX OCF is an omnidirectional counterbalance robot that can lift and transport heavy loads on open and closed pallets from floor to station. The maximum load capacity is 1500 kg, and the maximum lifting height is 1600 mm.
AGILOX ODM
AGILOX ODM is the smallest robot in the AGILOX lineup, designed for quickly moving transport carts from place to place. It has a load capacity of up to 300 kg and can move at a speed of up to 1.4 m/s.
AGILOX OPS
AGILOX OPS is a flexible platform robot designed for transporting heavy loads through narrow corridors from one station to another. It can carry loads up to 1500 kg and moves at a speed of up to 1.9 m/s.
Safety
AGILOX robots are equipped with advanced safety systems that ensure collision-free operation in industrial environments. Their intelligent sensors and 2D and 3D scanners enable precise obstacle detection and avoidance, minimizing the risk of accidents. Thanks to comprehensive communication with the surroundings, these robots inform workers of their maneuvers using light and sound signals.
Easy programming
Thanks to an intuitive user interface, programming AGILOX robots is very simple, allowing for quick and seamless setup. They do not require complex infrastructure to operate, which further simplifies the implementation process. Users can easily adjust the robots’ routes and tasks with simple commands, allowing for quick responses to changes in the work environment.
Test the AGILOX Robot
With the possibility of renting an AGILOX robot for testing, you have the chance to evaluate its functionalities in real working conditions. Test how the robot handles internal transport, navigation, and collaboration with other devices in your company. This is an excellent opportunity to verify its efficiency, flexibility, and ability to integrate with existing systems. Take advantage of this chance to see how AGILOX can streamline the logistical processes in your enterprise.
Innovative X-SWARM Technology
AGILOX robots utilize unique X-SWARM technology, allowing intelligent fleet management without a central management system. With this technology, AGILOX robots can communicate and collaborate in real-time, optimizing their operation and minimizing the risk of downtime. This solution allows for quick responses to changes in the work environment, which is crucial for the efficiency and continuity of logistical operations.
Versatility and scalability
AGILOX robots are adapted to various logistical needs – from transporting small loads to heavy pallets. With an advanced omnidirectional drive system, these robots can move in any direction, enabling precise maneuvering even in narrow spaces. Their easy integration with the existing fleet allows for quick scaling of the system according to current needs.
Safety and reliability
AGILOX robots are equipped with advanced sensors and obstacle detection systems, allowing for safe collaboration with humans by automatically avoiding obstacles and adjusting routes. They ensure safe and reliable operation in mixed work environments, minimizing the risk of accidents and downtime.
AUTOPROCES & ASTOR
ASTOR is the exclusive distributor of AGILOX robots in Poland. As an ASTOR partner, AUTOPROCES offers full support in designing, implementing, and servicing AGV and AMR systems. Through this collaboration, we increase the availability of the latest solutions in the field of Intralogistics 4.0.
Would you like to learn more or test Agilox at your facility?
Send us a message, and we will get back to you as soon as possible to discuss collaboration opportunities.
FAQ – Frequently asked questions
AMRs are more flexible and autonomous, navigating independently, while AGVs move along predetermined paths and are better suited for stable work environments.
AMRs increase efficiency, safety, and operational flexibility in warehouses and production facilities due to their ability to adapt to changing conditions.
X-SWARM is an innovative fleet management technology for AGILOX robots, allowing them to collaborate without a central system, optimizing operation and minimizing downtime.
AMRs can transport loads, avoid obstacles, plan routes, and collaborate with other devices in real time, making them versatile in logistical applications.
Yes, AMRs are equipped with advanced safety systems that enable collision-free operation in industrial environments, using 2D and 3D sensors to detect obstacles.
