The Shandong Benson vehicle urea bucket loading and stacking robot column stacking system is an automated equipment used to stack and organize buckets containing vehicle urea solution on the production line. This type of system typically consists of the following core components:

robot body

Industrial robots with six axes or more degrees of freedom are adopted, which have high flexibility and precise positioning ability, and can adapt to the needs of grasping and placing urea tanks of different sizes and shapes.

Column structure

The support part of the palletizing robot provides a stable mobile and rotating platform for the robot to efficiently perform multi-layer palletizing operations in vertical space.

Visual recognition system

Real time recognition and correction of the position and posture of bottled urea are achieved through sensors such as cameras, ensuring accurate grasping and placement of the robot.

End effector/fixture

Designed for the characteristics of urea tanks, it can safely and firmly grip the tank body while avoiding damage to the tank.

Control system and programming software

Control the robot to work according to the preset stacking mode and make flexible adjustments based on the on-site situation.

Conveyor line docking

The palletizing robot needs to seamlessly connect with the logistics system such as conveyor belts on the production line to achieve automatic reception and transportation of bottled urea from filling and sealing to the palletizing area for stacking.

Safety protection device

Equipped with necessary safety fences, photoelectric sensors, and emergency stop buttons to ensure the safe operation of operators and equipment.

Through such a palletizing robot system, the automation level of urea production for vehicles can be significantly improved, labor costs can be reduced, work efficiency can be enhanced, and the standardization level of product storage and transportation can be improved.

Shandong Bensen Vehicle Urea Barrel Charging Palletizing Robot Column Palletizing

System is an automated equipment used to stack and sort out the barrels containing

vehicle urea solution on the production line. Such a system typically consists of the

following core components:

The robot itself

: Industrial robots with six axes or more degrees of freedom, with high flexibility and

precise positioning capabilities, can adapt to the needs of urea barrel grabbing and

placing of different sizes and shapes.

Column-type structure

The supporting part of the palletizing robot provides a stable moving and rotating

platform for the robot, which can efficiently carry out multi-layer palletizing operations in

vertical space.

Visual identity system

Real-time recognition and correction of the position and attitude of the barrel of urea

are realized through sensors such as cameras to ensure that the robot accurately grasps

and places it.

End effectors/clamps

: Designed according to the characteristics of the urea barrel, it can hold the barrel body

safely and firmly while avoiding damage to the barrel.

Control system and programming software

: Control the robot to work according to the preset palletizing mode, and can be flexibly

adjusted according to the site situation.

Conveyor line docking

The palletizing robot needs to be seamlessly connected with the logistics system such as

the conveyor belt on the production line to realize the automatic receipt and handling of the barrel of urea from the filling and capping to the palletizing area to complete the stacking.

Safety guards

: Equipped with necessary safety fences, photoelectric sensors and emergency stop

buttons to ensure the safe operation of operators and equipment.

Through such a palletizing robot system, the degree of automation of vehicle urea

production can be significantly improved, labor costs can be reduced, work efficiency

and product storage and transportation standardization can be improved.