myFABER® AGV 600
Automated guided vehicles (AGVs) represent the cutting edge of industrial automation. This technology enables the efficient and reliable movement of goods and materials within warehouses, production lines, and shipping areas. Thanks to AGVs, companies can significantly increase their productivity while reducing labor costs. The myFABER® AGV 600 is the ideal choice for companies that want to automate their intralogistics processes and achieve high flexibility in handling different types of loads.
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Key parameters of myFABER® AGV 600
The myFABER® AGV 600 robot has several interesting features that will be appreciated by any company involved in warehousing or manufacturing. The maximum load capacity of this robot is 600 kg, which allows it to handle heavy and bulky items. With a maximum speed of 1.2 m/s, whether loaded or unloaded, fast and efficient transport of goods is ensured. The robot is equipped with QR code navigation technology, which allows for precise movement in all directions and ensures maximum accuracy when performing tasks.
The myFABER® AGV 600 robot surprises with its flexibility of movement
The robot can handle slopes of up to 4°, allowing it to work in various types of terrain. The minimum aisle width required for the robot to move is the width of the load + 20 cm, which optimizes space utilization in warehouses and production halls. Thanks to its compact dimensions of 780 x 500 x 270 mm, it can easily move even in narrow aisles and confined spaces.
The battery lasts up to 2000 charging cycles
The myFABER® AGV 600 is designed to operate continuously for up to 24 hours thanks to its 48V battery with a capacity of 2000 cycles. This ensures long-term efficiency and minimal maintenance requirements. The battery capacity allows the robot to handle demanding work cycles without the need for frequent recharging, contributing to smooth operation and increasing overall warehouse efficiency. These features make myFABER® AGV 600 the ideal solution for companies looking for reliable, powerful, and sustainable automation technologies.
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