Gantry Selection
Gantry selection, or tilt tray selection, is an automated method of picking and sorting goods from a warehouse or distribution center. It relies on machines that are equipped with an onboard controller and motors for picking and sorting products. It is an efficient way of warehousing goods, as it reduces the time and cost involved in physically handling them.
Gantry selection requires an array of various components. The most important component is the gantry, or tilt tray. This is a structure made up of vertically arranged beams and columns. Motors are typically attached to each beam, allowing them to pivot and tilt. The motors move the goods along the gantry to the desired destination.
Another key component is the robot controller, or robot brain. This is the brains behind the operation, and it oversees the whole process. It is responsible for controlling the motors and the gantry, allowing the goods to be moved to their correct location.
Additional components include sensors, which can be used to detect the type of goods being picked and sorted, as well as position sensors. These are used to make sure that the goods are correctly positioned when they reach their destination. This helps to prevent products from being misplaced or damaged.
The selection process involves the robot controller scanning the goods and comparing them to a list of items to be picked and sorted. Once the list is complete, the gantry moves the goods from their original location to the designated area.
Gantry selection is a great option for businesses looking to save time and money when sorting and picking goods from warehouses or distribution centers. It is a fast and cost-effective way of managing merchandise. It is also capable of handling a variety of goods, including bulky items.
Overall, gantry selection is an effective way of sorting and picking products from warehouses and distribution centers. It is a cost effective solution, ensures accuracy in sorting and picking operations, and can be used to move a variety of goods. With the right selection of robotic components, it is possible to create a fully automated system that is capable of quickly and accurately sorting and picking goods.
