The framework type palletizer factory has sufficient supply of flour palletizers

Description :

　　Frame type palletizerfactory Flour palletizer The efficiency of robot palletizer (1) Cartesian coordinate robot palletizer has lower efficiency, handling 200-600 packaging items per hour. (2) The articulated robot palletizer has an efficiency of transporting 300-1000 packaged items in 4 hours. (3) Cylindrical coordinate palletizer is a moderately efficient palletizer that can load 600-1200 packaging items per hour. (4) Low foot palletizer with high efficiency, capable of loading 1000 to 1800 packaging items per hour. (5) High foot palletizer, belonging to rate palletizer, can load 1200-3000 packaging items per hour.

　　Frame type palletizerfactory Flour palletizer

　　Dealing with the deviation of the transport belt of the palletizer

　　When the conveyor belt deviates, the belt pushes the vertical cone roller, causing the fork fixed to the cone roller to deflect by an angle. The transverse pin is driven by the shift pin to move towards the end stop of the side support roller, and the side roller is braked. The conveyor belt generates sliding friction with it, causing the support roller assembly to rotate by an angle around the vertical axis,

　　Move the belt towards the center.

　　Adopting a new type of self-aligning roller frame assembly, the structure of the new self-aligning roller frame assembly is similar to traditional products, retaining the original rotary mechanism and main beam. The idler roller has been modified into several sections, with the vertical rollers on both sides changed to conical rollers. At the same time, a fork for fixing the conical rollers, a stopper on the end face of the idler roller, and a transverse pin under the conical rollers have been added.

　　Main TransformerQuantity]factory Flour palletizer

　　Below are the advantages and disadvantages of various palletizing machines:

　　1) Limited palletizing capacity: The working ability of robot palletizers is related to their mechanical structure, workspace, and flexibility. The bulky and complex mechanical structure inevitably leads to a significant decrease in robot activity space and flexibility.

　　2) Reliability and stability need to be improved: Compared to the complexity of welding, assembly and other operations, robot palletizers only need to complete relatively simple tasks such as grabbing and stacking. Therefore, the reliability and stability of robot palletizers are lower than other types of robots.

　　3) Limited level of intelligence: Robot palletizers require long-term operation, low failure rates, and the ability to adapt to changes in packaging environment and operating object parameters. In addition, the rapid growth of production speed requires the equipment to operate at high speeds, which in turn requires advanced automatic control devices and supporting facilities to ensure the smooth operation of the robot, the safety of operators and operating objects. Therefore, the robot itself is required to have intelligent functions such as monitoring, detection, warning, diagnosis and repair.

　　4) Adaptability needs to be improved: Modern industrial production has the characteristics of small batches, multiple varieties, frequent updates, and refined division of labor. Robot palletizers must face situations such as one machine with multiple products, one machine with multiple disks, and one machine with multiple lines. The size parameters and palletizing mode of the product (or packaging) are pre programmed and input into the robot palletizer, and the robot itself cannot recognize the object.

• Frame type palletizer