Transport robots from Sebotics automate material transport in warehouses and production facilities. With high load capacity and autonomous navigation optimize material flow, reduce costs and relieve employeesIn this article you will discover the main advantages, functions and areas of application of these robots and receive the most important information.

The most important things about transport robots at a glance
- Sebotics transport robots offer high flexibility and load capacity, enable easy integration into existing logistics systems and optimize material flow.
- The transport robots' advanced SLAM navigation and modern sensor technology increase efficiency and safety in dynamic environments by autonomously detecting and avoiding obstacles.
- Automation through Sebotics robots relieves staff of physically demanding tasks, increases efficiency and contributes to the rapid amortization of investment costs.
Advantages and functions of Sebotics transport robots
Sebotics transport robots, especially the Juno models, are characterized by their high flexibility. They can be easily integrated into existing structures and adapt to different environments and processes. This flexibility enables companies to modernize their logistics systems and make them more efficient without major reconstruction measures.
They feature precise SLAM navigation supported by advanced sensors. This technology enables the robots to move safely and autonomously, even in dynamic environments.
The load capacity of our Sebotics transport robots is very high. Models such as the Juno Max can transport loads of up to 600 kg, making them ideal for use in logistics centers. By automating the flow of materials, these robots optimize efficiency and significantly reduce operating costs. They relieve staff of physically demanding tasks, resulting in increased efficiency.
They also have almost unlimited application possibilities – whether in production, warehouse logistics or healthcare – and thanks to adaptive safety protocols and emergency stop functions, they increase occupational safety and enable seamless collaboration with employees.
This combination of flexibility, load-bearing capacity and safety makes Sebotics transport robots a valuable aid for demanding logistical tasks.
The Role of Transport Robots in Modern Production
Transport robots play a central role in modern production. JunoBot-Models from Sebotics, such as the JunoBot AX6113 and the Juno Max, are specifically designed to optimize the transport of goods and products in warehouses and production facilities. Their ability to flexibly integrate into existing logistics systems makes them an ideal solution for a wide range of production requirements.
With their sophisticated navigation systems, Sebotics transport robots help modernize production facilities. They promote efficient workflows and simplify internal material movements through the automated transport of heavy loads. These robots are not only a tool for increasing efficiency, but also an essential part of automation in manufacturing.
Benefits of Autonomous Mobile Robots (AMRs) from Sebotics
Sebotics' autonomous mobile robots (AMRs) offer numerous benefits that go far beyond simply transporting goods. The JunoBot AX6113, for example, significantly improves efficiency in warehouses by using autonomous mobile robots to move goods and materials automatically and without human assistance. This reduces the risk of errors and lowers operating costs by optimizing material flow and minimizing manual intervention.
Another outstanding feature is SLAM-supported navigation. Using SLAM algorithms, the robots navigate precisely through dynamic environments and detect obstacles that they can avoid autonomously. This increases their efficiency and safety in complex warehouse environments. AMRs also reduce the workload on staff, allowing employees to focus on higher-value tasks.
Differences between AGVs and transport robots from Sebotics
A key difference between driverless transport systems (FTS) and Sebotics' transport robots is their flexibility and mobility. While driverless FTS operate on fixed tracks, Sebotics robots move freely and without predetermined paths. This enables flexible use that adapts dynamically to the environment and is therefore suitable for a wide variety of applications.
Sebotics' transport robots use modern sensors and cameras to detect obstacles in real time and avoid them autonomously. This is particularly advantageous in dynamic and densely built-up environments, as the robot can independently avoid unforeseen obstacles.
They are also able to create digital maps and continuously perceive their surroundings, which increases their adaptability in rapidly changing warehouse and production environments.
Application possibilities of Sebotics transport robots in intralogistics
The application possibilities of Sebotics' transport robots in intralogistics are diverse and impressive. They increase efficiency in warehouse and logistics operations by taking over the automated transport of goods and optimizing the flow of materials. With a load capacity of up to 200 kg, the JunoBot AX6113 is ideal for tight warehouse environments, while the Juno Max offers even higher capacities and is therefore predestined for larger logistics centers.
The prefabricated transport solutions of the Juno models allow easy adaptation to specific logistics tasks and requirements in logistics. Thanks to their compact design, the autonomous robots do not require any additional space, which makes them ideal for use in confined warehouse environments, especially when it comes to the use of transport trolleys.
Mobile Industrial Robots (MiR) compared to Sebotics
Mobile Industrial Robots (MiR) are known for their ability to lift and move loads up to 1350 kg, but Sebotics' transport robots offer an equally robust alternative for transporting heavy loads, especially with models like the Juno Max.
Both transport systems and the desired transport system are characterized by their high flexibility and adaptability to different transport tasks.
MiR structures and Sebotics transport robots
Sebotics’ transport robots, such as the JunoBot AX6113 and the Juno Plus, have modular add-on modules that allow easy adaptation to different transport tasks. This flexibility is similar to the adaptability of MiR robots and makes them a versatile solution for a wide range of applications in logistics.
Additionally, Sebotics offers accessories such as charging stations and fleet management software solutions to ensure smooth operations around the clock. These add-ons enable efficient management of the robots and increase uptime by minimizing downtime.
Automation for the benefit of employees
Automation through Sebotics transport robots not only benefits operational processes, but also employees. These robots take on physically demanding transport tasks, which relieves the burden on employees and improves ergonomics in the workplace.
By relieving employees of monotonous tasks, they can concentrate on more complex and value-adding activities, which increases efficiency and satisfaction.
Costs and amortization of Sebotics transport robots
Purchasing Sebotics transport robots may initially represent a large investment, but the long-term savings will quickly pay for these costs. The robots help increase productivity and significantly reduce operating costs thanks to their high reliability and 24/7 operating times.
Thanks to their independence from fixed shift times and the ability to work around the clock, the Juno models from Sebotics increase operational efficiency and reduce costs. The use of transport robots shows a rapid payback as they significantly improve the flow of materials. Feel free to ask us without obligation - we will advise you on the possible applications and prepare a quote for you.
Technical basics and safety of Sebotics transport robots
Our robots use advanced sensors and 3D cameras to measure precise distances and comprehensively perceive the environment. This technology contributes to safety and enables the recognition of objects and people.
In addition, safety protocols such as emergency stop switches and adaptive safety features provide immediate interruption in hazardous situations and increase safety in busy warehouse areas. This allows employees to interact with the transport robots in a safe environment.
Challenges and adaptability of Sebotics transport robots
The Sebotics transport robots are designed to operate in closed environments, as they are not approved for road traffic. They require clear routes and clear paths for efficient navigation, and their ability to autonomously detect and avoid obstacles is particularly advantageous in dynamic environments.
In order to meet the high safety standards, the transport robots comply with international safety standards such as ISO 13849-1, which was specifically developed for the safe use of robots in industrial environments.
Safety aspects when using Sebotics transport robots
The safety aspects of using Sebotics transport robots are another key advantage. The robots use advanced sensors and camera systems to precisely detect and avoid obstacles. This ensures safe navigation in dynamic, busy environments such as production facilities and warehouses.
The transport robots also help improve employee safety by reducing damage to goods and hazards to employees. Their collaborative safety features dynamically adapt their movements to the presence of humans, enabling safe human-robot collaboration.
Collaboration with employees – positive integration into the company
The collaboration between Sebotics transport robots and employees is seamless and promotes positive integration into the company. These robots relieve employees of repetitive and physically demanding tasks, which not only increases efficiency but also safety in the workplace. This allows employees to concentrate on more demanding tasks and makes the daily work routine more pleasant.
The introduction of transport robots also creates new areas of responsibility for employees, such as maintenance and monitoring. Open communication about the use and benefits of the robots supports the successful integration of the technology into existing operational processes and promotes a positive attitude within the team.
Future Perspectives of Transport Robotics with Sebotics
The future of transport robotics with Sebotics is promising. Advances in autonomous navigation and artificial intelligence will mean that transport robots can react even more flexibly to unforeseen situations and operate in even more complex environments. These developments will further increase efficiency and safety and open up new application possibilities.
As society becomes more accepting of robotics in the workplace, Sebotics transport robots will play an even more important role. They contribute to the general acceptance of robotics by increasing safety and efficiency in logistics and production while making employees' daily work easier.
Through innovative technologies, Sebotics positions itself as a future-proof provider that supports companies in overcoming logistical challenges.
Conclusion – Transport robots from Sebotics as an innovative solution for logistics
Sebotics’ transport robots, especially the Juno models such as the JunoBot AX6113, Juno Plus and Juno Max, offer powerful and flexible solutions for the automation of logistics and production processes. With their modern sensors, SLAM navigation and high load capacity, they are ideal for use in dynamic environments. Companies that invest in automation benefit from a faster return on investment, greater efficiency and at the same time relieve their employees of physically demanding tasks.
These transport robots are a future-proof investment for anyone who wants to modernize their production processes and rely on sustainable logistics solutions. Sebotics transport robots optimize material flow, reduce operating costs and increase safety in the workplace.
The future of logistics belongs to transport robots, and Sebotics is at the forefront of shaping this future.
FAQ – Frequently asked questions about Sebotics transport robots
Sebotics transport robots are suitable for logistics, production, healthcare and warehouse environments. They transport goods and loads safely and efficiently, especially in dynamic and confined spaces.
The JunoBot AX6113 has a load capacity of up to 200 kg and is characterized by its flexible navigation in tight spaces. It is designed for applications where precise and safe motion control is required.
SLAM navigation enables precise mapping of the environment, allowing the robots to independently detect and avoid obstacles. This reduces the error rate and ensures safe interaction with people and machines.
The robots take on heavy and repetitive tasks, which reduces the risk of injury to employees. Their safety features and emergency stop options also ensure a safe environment for all employees.
Yes, the Sebotics transport robots are designed to be easily integrated into existing systems and structures without the need for extensive reconstruction.