Transport Robots | Efficient and Fast Transport
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
- Transport robots offer high flexibility and load capacity, enable easy integration into existing logistics systems, optimize material flow, and automate important logistics tasks.
- 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 transport robots relieves staff of physically demanding tasks. Automation through transport robots saves employees time-consuming errands and creates more attractive workplaces, increases efficiency, and contributes to a rapid return on investment.
- We at Sebotics are here for you if you're planning to integrate transport robots into your operations. We're happy to help and look forward to hearing from you. Simply click the button.
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What are transport robots?
Transport robots are autonomous, self-operating robots that specialize in efficiently moving a wide variety of materials, thus optimizing processes within companies. These robots are a form of collaborative robots that are capable of working seamlessly with humans and automating their tasks.
They perform important tasks in logistics, production, and intralogistics by improving material flow and increasing the efficiency of operational processes. Their ability to navigate autonomously and detect obstacles makes a significant contribution to the automation and optimization of processes.
Types of transport robots
- Autonomous mobile robots (AMR) are able to move independently and perceive their surroundings. They use advanced technologies such as SLAM to navigate safely in dynamic environments.
- Automated guided vehicle systems (AGVs) consist of one or more robots that transport materials and goods along defined routes. They are ideal for structured environments with constant processes.
- Pallet transport robot Specially designed for the transport of pallets and other heavy loads, these robots offer an efficient solution for internal material transport.
- Intralogistics robots are used in intralogistics to transport materials and goods within a company. They are flexible and can adapt to different layouts and processes.
Advantages and functions of transport robots
Transport and Logistics robots are playing an increasingly central role in optimizing internal processes. They handle the automated transport of goods, materials, or medical supplies, thus relieving employees of physically demanding and time-consuming tasks. Mobile industrial robots reduce time-consuming errands and create more attractive workplaces. This not only leads to greater efficiency, but also to higher job satisfaction and fewer sick days.
A key advantage of modern transport robots is their flexibility. Many systems can be integrated into existing infrastructure without major structural effort and adapt to dynamic environments – an important factor for companies that rely on smooth operations. Some models reach speeds of up to 2,0 m/s, further increasing the efficiency of the transport solutions. Navigation is typically performed by SLAM-based systems that use sensors, cameras, and laser scanners to enable precise orientation – even in pedestrian traffic or in changing environments.
Transport robots have also evolved significantly in terms of load capacity: Depending on the model, they can transport small laboratory materials or even loads of several hundred kilograms. In practice, they are therefore found in logistics centers, production facilities, and increasingly in healthcare.
Safety aspects are an integral part of modern solutions: collision avoidance, emergency stop functions and adaptive driving strategies ensure close and safe cooperation between humans and machines – without the need to cordon off safety areas.
Anyone interested in exploring this topic in a practical way can find suitable solutions from specialized providers like us. We offer models for every conceivable solution. We even have models with payloads of up to 600 kg or variants for particularly tight spaces – tailored to the specific requirements of industry, logistics, or hospital operations. Contact us by clicking the button below.
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The Role of Transport Robots in Modern Production
Transport robots are now an integral part of efficient production processes. They manage internal material flows, automate the transport of components, semi-finished, and finished goods, and thus make a significant contribution to optimizing industrial processes. By automating processes, they contribute to increased efficiency.
A central feature of modern systems is their Ability to integrate flexibly into existing infrastructures. Modern transport vehicles offer a high degree of flexibility and performance. Transport robots can be integrated into existing logistics without complex restructuring and adapt seamlessly to different production environments – from small manufacturing operations to large-scale industrial buildings.
Thanks to progressive Navigation and sensor systems, as used in many current models, transport robots can move safely and autonomously through complex production areas. They detect obstacles and dynamically adjust their route, making them suitable for use in shared work areas with humans.
In addition to relieving staff of physically demanding tasks such as transporting heavy loads, these systems also offer strategic advantages: more consistent processes, shorter travel times and better planning of material flows.
At Sebotics, we develop transport robots that are precisely tailored to these requirements – with different payload classes, compact designs, and adaptable software. This enables flexible use in a wide variety of production and logistics environments and actively contributes to the automation of industrial processes.
The increasing integration of these technologies is an important step towards fully networked and automated manufacturing – and thus a key component of Industry 4.0.
Advantages of autonomous mobile robots (AMRs)
Autonomous mobile robots (AMRs) offer a wide range of advantages in logistics and industrial applications. Their primary application is the automated transport of materials and goods within buildings, such as warehouses, production facilities, or healthcare facilities. The use of such systems can make internal material flow more efficient, as transport is independent of fixed routes or external control systems.
A key technological component is SLAM-based navigation (Simultaneous Localization and Mapping), which enables the robots to sense their surroundings in real time and create maps independently. This enables them to move safely and autonomously avoid obstacles even in dynamic and unstructured environments.
The use of AMRs can help reduce manual transport tasks, minimize potential sources of error and To relieve the burden on workers, which allows them to concentrate more on more complex or monitoring tasks. The diverse solutions and automation options offered by our products increase efficiency in transport and logistics tasks.
Differences between AGVs and transport robots
Automated guided vehicles (AGVs) and autonomous transport robots differ primarily in their navigation methods and the associated flexibility. Conventional AGVs typically move along fixed routes, defined by magnetic strips, rails, or other physical guidance systems. This makes them well-suited for clearly structured and stable environments with consistent processes.
Autonomous transport robots, on the other hand, operate independently of the path and use technologies such as sensors, cameras, and SLAM-based mapping to move flexibly through changing environments. They detect obstacles in real time and adjust their routes accordingly. This enables them to be used even in dynamic or confusing environments, such as where processes or layouts change regularly.
Another difference lies in their ability to perceive their environment: Autonomous systems continuously update their environmental maps and react to new conditions without manual intervention. This gives them a high degree of adaptability and makes them particularly suitable for modern, changing logistics and production environments.
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Application possibilities of Sebotics transport robots in intralogistics
Sebotics' transport robots offer a wide range of applications in intralogistics – from small warehouses to large logistics centers. They handle the automated transport of goods, ensuring a continuous flow of materials, reducing manual processing, and increasing operational efficiency.
With a load capacity of up to 200 kg, the JunoBot AX6113 especially for compact warehouse structures and narrow aisles. For higher transport volumes, the Juno Max A powerful solution with expanded capacities – ideal for larger areas and complex logistics processes. Pallet transport using dedicated equipment such as the MiR1200 Pallet Jack reduces cycle times and increases efficiency.
Thanks to standardized yet adaptable transport modules, the Juno models can be quickly integrated into existing infrastructures. Their compact design allows for use even in spatially limited environments – especially when using transport trolleys or rollable containers. This creates a flexible and scalable solution for a wide variety of intralogistics challenges.
Goods receipt & intermediate storage
Once goods arrive, a transport robot automatically transfers them to the warehouse system or brings the items directly to defined transfer points. This saves time, reduces downtime, and relieves the workload for employees during peak periods.
Supply of workstations / production lines
In production environments, transport robots supply individual production stations with material containers or semi-finished products just-in-time. Thanks to autonomous navigation, they can also respond flexibly to short-term changes in the process.
Returns & empties transport
The return transport of empty containers, packaging material, or returns can also be automated. Especially in multi-story or complex warehouses, the use of mobile robots ensures efficient circulation logistics without unnecessary walking.
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, relieving the strain on employees and improving workplace ergonomics. Automation through transport robots saves employees time-consuming errands and creates more attractive workplaces.
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
While purchasing transport robots may represent a significant initial investment, the long-term savings quickly pay for themselves. With their high reliability and 24/7 operating hours, the robots help increase productivity and significantly reduce operating costs. Our products provide a clear link between account management and the delivery of these products, strengthening customer loyalty.
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.
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With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
Examples of suitable models
The right solution for every transport need
Whether in narrow warehouse aisles, with medium transport requirements or in large-scale logistics operations – with the JunoBot AX6113, Juno Plus and Juno Max Sebotics offers a diverse portfolio of intelligent transport robots. These models impress with their high payload capacity, smart navigation, and modular adaptability – for efficient and future-proof automation in a wide range of industries.
Collaboration with employees – positive integration into the company
The collaboration between 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 focus on more demanding tasks and makes everyday work more enjoyable.
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.
Customized solutions for mobile transport robots
Today, transport robots are far more than standardized, off-the-shelf solutions – they can be specifically adapted to a company's requirements, offering a high degree of flexibility for a wide variety of application scenarios. This adaptability is particularly crucial in intralogistics, not only supporting existing processes but actively optimizing them.
A key element here is software. Modern transport robots can be programmed to respond precisely to operational processes – whether through customized route guidance, prioritizing specific tasks, or connecting to existing IT systems. This deep integration reduces manual intermediate steps, streamlines interfaces, and improves overall performance.
But there are also numerous options for customizing the systems on the hardware side. Depending on requirements, robots can be equipped with additional sensors, their load capacity increased, or special attachments for specific transport goods. This creates a solution that adapts not only to the environment but also to the specific logistical requirements – from small warehouses to complex distribution centers.
Another important aspect is integration into higher-level systems. Transport robots can now be seamlessly linked to ERP or warehouse management systems, creating a seamless material flow—transparent, controllable, and traceable in real time. This not only enables more efficient organization but also better utilization of existing resources.
Individual configurations are therefore not just a technical possibility, but a key success factor for the productive use of autonomous robotics in everyday business operations.
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
Safety aspects when using transport robots
Safety is a key consideration when implementing autonomous transport robots in operational environments. Modern systems are typically equipped with sensors, cameras, and other detection mechanisms that enable them to detect and avoid obstacles, allowing them to operate safely even in dynamic, human-prone areas such as production halls or warehouse aisles. Another safety aspect concerns human-machine interaction. Many transport robots are equipped with collaborative functions that adapt the robot's movements to the presence and behavior of people, reducing potential hazards and preventing accidents.
In addition to protecting people, the use of such systems can also help minimize damage to transported goods, for example through consistent driving, precise positioning and standardized loading and unloading procedures.
Future prospects of transport robotics
Transport robotics is continuously evolving – particularly through advances in areas such as autonomous navigation, sensor technology, and artificial intelligence. Future systems are expected to be even better able to respond to dynamic environments, make complex decisions in real time, and adapt efficiently to changing processes. Mobile industrial robots will play a central role in the automation of transport and logistics tasks.
Society is also becoming increasingly open to automated solutions in the workplace. Transport robots could play an even more central role in logistics and production in the future – both to increase efficiency and to relieve staff of repetitive tasks.
With the further integration of digital infrastructures and the networking of systems, new potential for comprehensive process automation is emerging, in which transport robotics can be an important component.
Service and support for Sebotics transport robots
To ensure that transport robots function reliably in daily use and can reach their full potential, Sebotics offers a holistic service and support approach that goes far beyond simply providing the technology. The goal is to provide long-term support to companies in making their internal processes efficient, safe, and future-oriented.
A key component is regular equipment maintenance. Our service technicians inspect the systems at set intervals, address potential signs of wear and tear early on, and ensure that your transport robots remain efficient and operational over the long term. Should a malfunction occur, our teams of experts are available to provide fast and professional repairs – even on-site, if required.
We also place great importance on comprehensive training and consulting. Because only when your team can handle the robots safely and confidently will they achieve their full potential in everyday operations. Whether it's initial commissioning, individual application questions, or in-depth training – our support team will accompany you with practical training and personalized advice.
Technological developments are also actively considered: Regular software updates ensure that your systems are always up to date. New features, performance optimizations, and security-related adjustments are continuously implemented – for maximum efficiency and future-proofing.
And if you have any questions or urgent challenges, our support team is available around the clock. A 24/7 hotline ensures that you receive professional support at all times – quickly, easily, and solution-oriented.
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
Conclusion - Transport robots from Sebotics as an innovative solution for your company
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 transport robots
Here you will find answers to frequently asked questions about transport robots.
For which areas of application are Sebotics transport robots suitable?
Sebotics transport robots are suitable for logistics, manufacturing, healthcare, and warehouse environments. They transport goods and loads safely and efficiently, especially in dynamic and confined spaces. Our transport vehicles offer versatile applications and technical features that make them suitable for both indoor and outdoor use.
How is the JunoBot AX6113 different from other models?
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.
What advantages do SLAM navigation and the sensors of the Juno robots offer?
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.
How do transport robots contribute to occupational safety?
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.
Can transport robots be integrated into existing logistics systems?
Yes, the Sebotics transport robots are designed to be easily integrated into existing systems and structures without the need for extensive reconstruction.
Interested?
With the free robot configurator you can find the right service or cleaning robot for your company. Create a non-binding, free offer based on your individual requirements!
