TARGET OF AUTOMATION:
Bottle No.1: Size 65×95×215, Weight 55g
Bottle No.2: Size 55×69×122, Weight 20g
This material is not easily scratched, will slightly deform under force, but will return to its original shape afterwards; the surface of the material is usually very smooth and without micropores.
Single bottle cycle time 3 seconds
Overall made of 304 stainless steel, including silo lifting and feeding, sorting mechanism, and boxing mechanism.
Bottles are fed from the silo elevator to the client sorting and feeding mechanism.
After visual positioning of the bottle coordinates, the robot picks them up and uses the gripper mechanism to rotate them 90 degrees and place them vertically in the designated position.
Manually pour the bottles into the elevator feeding mechanism.
The centrifuge performs material sorting and feeding, waiting for the robot to pick them up.
After the vision system identifies the bottle coordinates, the robot picks them up.
After the robot finishes picking up, the gripper rotates 90 degrees. The robot places it in the designated position.
The silo is 1200mm long, 1000mm wide and 750mm high.
Its capacity is 1 cubic metre.
The inclined elevator has baffles, which can control the amount conveyed.
Using a conveyor width of 400mm, the belt is made of anti-slip material.
A camera and lighting are installed inside the lightbox.
The bottle coordinates are calculated through a vision algorithm and transmitted to the robot.
Using three 10mm outer diameter traceless suction cups, strong suction without leaving marks.
The gripper has a 90-degree flipping function to meet the upright bottle requirement.
