Automation for industry and logistics
Your path to Industry 4.0
The efficient, autonomous and mobile solution - autonomous mobile robots are revolutionizing the industry. With sensors and intelligent navigation, they optimize material transport, production and quality control. Efficiency and safety are increased by this technology and process sequences can be automated, digitized and made more measurable for easier optimization. The use of AMR solutions is the future of industrial automation.
Why you should integrate autonomous mobile robots
Autonomous robots can perform tasks faster and more continuously than humans, which increases production speed and minimizes downtime. The transportation of material between production and the warehouse becomes more efficient.
By using robots, companies can reduce personnel costs as they can work 24/7 without breaks. This leads to better utilization of resources.
Robots are able to perform tasks with high precision and consistency, which improves the quality of manufactured products and minimizes errors.
Autonomous robots can take over dangerous or repetitive tasks, reducing the risk of accidents at work and health problems for employees.
Thanks to their programmability, robots can be quickly adapted to new tasks and requirements, which increases flexibility in production.
If required, companies can simply add more robots to scale production without having to carry out complex adjustments or training.
Autonomous robots can collect data about their operation and the production process, which can be used for analysis and optimization.
Automated handling of materials and products minimizes the risk of human error.
Companies that integrate autonomous robots into their production processes can increase their competitiveness and take a further step towards Industry 4.0.
The use of robots to transport materials and parts can shorten throughput times in production.
Autonomous mobile robots in industry and logistics are specially developed robots that are used to perform tasks independently in industrial and logistics environments. These robots are equipped with sensors, cameras and advanced robotics technology to move safely in different environments and perform tasks. In an industrial context, they can automate tasks such as material handling, quality control, inspections and even manufacturing processes.
In the logistics industry, autonomous mobile robots, also known as driverless transport vehicles, play an important role in optimizing the transport of goods and warehouse management. They can move goods in warehouses, collaboratively stock shelves and help to assemble orders, sometimes transporting heavy loads. This helps to increase efficiency and reduce costs in logistics processes.
In both areas and in intralogistics, autonomous mobile robots help to increase productivity, improve accuracy and increase safety, as they can take on dangerous or repetitive tasks. They are a key element in the ongoing automation of industrial and logistics processes.
Collaborative robots, also known as cobots, are special types of robots that are designed to work safely together with humans instead of working in isolation in a segregated area. Human-robot collaboration, also known as HRC, helps to protect workers, promote automation and contribute to efficiency gains and sustainable cost reductions. HRC systems in robotics are equipped with advanced sensors, safety systems and user-friendly programming.
Cobots have various safety mechanisms, including sensors such as cameras, laser scanners or pressure sensors, which enable them to detect movement and the presence of humans. As a result, they work safely with people in the same environment and movements are stopped if people get too close.
Cobots are equipped with various safety mechanisms, including sensors such as cameras, laser scanners or pressure sensors, which enable them to detect movement and the presence of people. This allows them to work safely with people in the same environment and movements are stopped if people get too close.
Unlike traditional industrial robots, which are often programmed for a specific task, cobots are flexible and easily programmable. They can be quickly retooled for different tasks and production requirements.
Collaborative robots can support the handling of materials, packaging or products in production. For example, they can lift heavy loads or precisely position sensitive objects. They can also optimize material management, deliver products or materials on time and individually link steps in a production chain.
Cobots can be used in areas that are ergonomically unfavorable for humans to perform repetitive or strenuous tasks and thus protect the health of human workers.
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log-robot
S&K Solutions GmbH
Sailerwöhr 16
94032 Passau
Germany
+49 (0) 851/2009 30 10
info@log-robot.com
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