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An Automated Guided Vehicle (AGV) is a type of robotic vehicle used in industry to transport goods, materials, and/or people from one place to another.
AGVs are programmed to move along a predefined path, or a combination of paths, to complete a specific task. AGVs are typically able to move in several directions, including forward, backward, sideways, and diagonally. They can also have the ability to turn, adjust speed, and stop.
Tugger Automated Guided Vehicles (AGVs) are used in applications where a large amount of material needs to be moved quickly and efficiently.
These AGVs are designed to be used in manufacturing and warehousing facilities, providing an efficient way to move materials over long distances. With the help of a Tugger AGV, workers can safely move large and heavy items without having to manually lift them.
Tugger AGVs are equipped with navigational systems that enable them to navigate around obstacles and travel along the most efficient paths. They can be programmed to follow specific paths and can be adjusted to change the route as needed.
Additionally, Tugger AGVs can be programmed to respond to commands from operators via a remote control or from a computer system. This flexibility makes them ideal for use in many different types of facilities.
Tugger AGVs are an ideal solution for quickly and efficiently transporting materials and goods. They are easy to set up and maintain, and their automated navigation systems make them efficient and reliable. With their help, workers can complete tasks faster and with less effort, resulting in increased productivity and better efficiency.
The Global Tugger Automated Guided Vehicle market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Leading mobile robot maker AutoGuide revealed the MAX-N10 tugger, which uses its dependable SUREPATH natural feature navigation—which doesn’t require RFID tags or magnetic tape—to safely navigate across a facility.
AutoGuide is priced to be among the most reasonably priced cars of its class, with a payback period of one year or less for the majority of uses. They are giving Automatic Guided Vehicles (AGVs) to strict automobile plants in order to match market demands and create the most dependable and affordable natural feature guided vehicle in the business. No matter the illumination, traffic, or frequent change, their MAX N-10 is tough enough to withstand every situation.
The SUREPATH natural feature system from AutoGuide doesn’t require a physical guidepath system, making installation and modification simple and inexpensive. To map the area and teach a car the expected paths, users only need to drive the vehicle through the facility.
Automatically transferred via wireless means, the mapping data is loaded onto an SUREPATH PC, where it may be precisely adjusted and integrated to include junction control, pick-drop spots, and the desired routing logic.
Traffic is managed and every vehicle’s precise location is tracked in real time using the SUREPATH system. Furthermore, for automated dispatching purposes, it can be linked to sensors, line-side pushbuttons, and a WMS system. Easy route modification involves just delivering a new path to the vehicles from a central PC.
The natural feature guiding system MAX N-10 has undergone extensive testing and been shown to be incredibly accurate and dependable in manufacturing and warehousing settings.
In order to facilitate automated trailer hitching and unhitching, the vehicle can travel at up to four miles per hour (MPH) and execute accurate reversing manoeuvres.
Due to its modular design, the MAX-N10 can be configured in a variety of ways to meet different load and vehicle handling requirements. These configurations include man-aboard trail frame and tiller handle controls, straddle or counter balance fork attachments, and different unit-load attachments like lift decks and conveyors.
Opportunity charging, which keeps the vehicles running around-the-clock, PLC/PC-based operating hardware, and a colour touch screen monitor for an easy-to-use and quick operator interface for the operators are additional common features.
