What are the main systems of the Fully automatic tennis halfsphere glue-brushing machine?

The Fully automatic tennis halfsphere glue-brushing machine mainly consists of the following main systems:
Turning system: This system is responsible for turning or moving the tennis balls to ensure that they can enter the next process correctly. The turning system may include a robotic arm, a conveyor belt or other automated devices to achieve automatic turning and positioning of the tennis balls.
Vibration feeding system: This system separates the tennis balls from the pile by vibration and delivers them to the automatic feeding system in a certain rhythm and sequence. The vibration feeding system helps to ensure the orderly arrangement and stable delivery of the tennis balls before gluing.
Automatic feeding system: This system is responsible for receiving the tennis balls from the vibration feeding system and accurately delivering them to the rotating platform for gluing. The automatic feeding system usually uses precise mechanical structures and sensors to ensure the accuracy and stability of feeding.
Rotating platform: The rotating platform is a key component in the gluing process. It carries the tennis balls and rotates them. By rotating, the gluing system can evenly apply glue to the cut of the tennis balls. The rotating platform is usually driven by a motor and has precise speed and rotation angle control functions.
Gluing system: The glue coating system is the core part of the fully automatic tennis hemisphere glue coating machine. It is responsible for evenly applying glue to the cut of the tennis hemisphere. The glue coating system may include components such as glue coating guns, glue storage tanks, and glue delivery pipelines, which work together to achieve precise gluing operations.
Glue supply system: The glue supply system provides a stable supply of glue for the gluing system. It may include components such as glue storage tanks, glue delivery pumps, and filters to ensure the quality and stability of the glue. The glue supply system can also perform precise glue flow control according to the needs of the gluing system.
Unloading system: The unloading system is responsible for removing the tennis hemisphere from the rotating platform after the glue coating is completed and transporting it to the next process for polishing or other processing. The unloading system usually uses a robotic arm, conveyor belt or other automated devices to achieve automated operation.
Automatic unloading system (if mentioned separately from the unloading system): If mentioned separately from the unloading system, it may refer to a more intelligent unloading system, which may include more complex mechanical structures and sensors to achieve more precise unloading operations and a higher degree of automation.