Autonomous transport systems, also known as automated guided vehicles, are central elements of modern production and logistics systems. These automated vehicles transport materials of different sizes, weights and shapes – from standardized transport crates and pallets to complex components and entire workstations. Equipped with advanced sensors and navigation technologies, autonomous transport systems move independently and precisely along a defined network of routes. They optimize workflows, increase efficiency and support companies in the digitalization and automation of their processes. With their versatility and reliability, autonomous transport systems are indispensable for the logistics of the future.
With ProLog Automation you have discovered the market leader for AGV services. The meticulous work of our experts underlines our conviction that autonomous transportation systems are the future of internal logistics.
Autonomous transport systems are an automation solution for internal material flows and are used in numerous industries. Thanks to their flexibility, efficiency and precision, they help companies to automate workflows and optimize processes. In the automotive industry, autonomous transport systems transport components, modules and tools between production stations and assembly areas to ensure seamless integration into just-in-time and just-in-sequence processes.
In logistics centers, they are used to move goods, pick orders and load goods, maximizing speed and accuracy. The food and beverage industry benefits from the contactless and precise transportation of raw materials and finished products, which also meets hygiene requirements in refrigerated or sterile environments.
In the pharmaceutical industry and in medical facilities, autonomous transport systems ensure maximum reliability in clean rooms or in the production of sensitive pharmaceutical products. They transport medicines, laboratory samples and sensitive devices safely and efficiently. They also offer advantages in electronics production by transporting sensitive electronic components safely and precisely between production stations. This reduces the risk of damage and increases production quality.
In the retail sector, autonomous transport systems are used to sort, store and distribute goods in large warehouses and retail centers, which increases delivery speed and reduces costs. In the aerospace industry, they transport large-volume or extremely sensitive components precisely to assembly or final production.
Autonomous transport systems offer considerable cost benefits by automating work processes and reducing personnel costs. In comparison, up to 80 % of the total costs of conventional logistics systems are accounted for by personnel expenses.
Autonomous transport systems are characterized by their high reliability, as they work efficiently even in demanding environments thanks to advanced sensors, precise navigation technologies and intelligent control systems. They minimize errors and downtime by independently detecting and avoiding obstacles and maintaining a constant material flow.
Autonomous transport systems are equipped with state-of-the-art sensors and intelligent navigation technology to reliably detect obstacles and avoid collisions. They ensure safe interaction with people and other machines, even in complex and dynamic working environments.
A detailed analysis of safety can be carried out by preparing an FTS report.
An autonomous transport system is an intelligent, driverless vehicle that automatically transports materials, goods or products within a defined area. Equipped with modern sensors, navigation technologies and control software, it navigates independently to automate processes in logistics and production environments efficiently, safely and precisely.
Automated guided vehicles (AGVs) consist of one or more automated guided vehicles (AGVs) and operate on fixed routes with centralized control and are suitable for predefined tasks in stable environments, while autonomous mobile robots (AMRs) navigate flexibly and intelligently in dynamic environments by using sensor technology and artificial intelligence. AGVs offer less flexibility, while AMRs can automatically adapt to changes and work efficiently in real time.
Autonomous transport systems consist of one or a number of automated guided vehicles (AGVs) such as fork-lift AGVs, piggyback AGVs, tractor AGVs, underride AGVs, assembly AGVs, heavy-duty AGVs, mini AGVs, outdoor AGVs or special AGVs, which are designed for different transport requirements in logistics and production.
Autonomous transport systems (AGV robots) offer a high degree of scalability, as the number of vehicles and transfer stations can be easily expanded. They allow flexible adaptation to changing layouts and can easily cope with fluctuations in dynamic material flows. Thanks to individually adaptable load handling attachments, autonomous transport systems can transport almost any material safely and reliably.
Autonomous transportation systems are safe because they are equipped with advanced sensors, real-time monitoring, intelligent route planning and emergency shutdowns to avoid collisions.
Autonomous transport systems are flexible and can transport goods of different sizes, shapes and weights – from small components to heavy pallets or sensitive medical products.
We can discuss your specific requirements in a personal consultation and show you in the AGV basic check whether the system is technically feasible and economically viable. We also offer you the opportunity to read our white papers, which provide you with valuable knowledge about AGV projects.
Autonomous transport systems consist of one or more autonomous transport vehicles, a central control system, precise location determination, data transmission and the associated infrastructure with peripheral equipment.
A single autonomous transport system essentially comprises a robust chassis, a powerful computer, one or more drives, a reliable power supply, a customizable load handling module, a communication module, a safety component for operation in mixed environments and a user-friendly user interface.
If you would like to find out more about autonomous transport systems, we recommend our basic AGV training course or our free white papers, which provide you with detailed insights into the functionality and benefits of this innovative technology.
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Are you ready to unleash the potential of autonomous transportation systems for your company? Take advantage of our “AGV basic check” service! You will receive an analysis of the current situation with an on-site appointment, a feasibility assessment for the implementation of an AGV and advice on implementation. The final presentation includes recommendations on vehicle type, navigation, safety interventions, peripheral equipment and an estimate of the number of vehicles required and the total investment.
If you want to discuss how our services can optimize your business operations, contact us now.
ProLog Automation GmbH & Co. KG
Planckstraße 17
71691 Freiberg am Neckar
Germany
