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Three-in-one feeder optional split structure
- Dec 26, 2018 -

The three-in-one feeder can be divided into four types according to the thickness of the applicable material: medium-thick plate, medium-thick plate, thick plate and high-tension thick plate. Their overall structure is very different, but they all have a kind. The commonly used optional structure type is that the flattening feeder head is made into a split structure.

Split type three-in-one feeder structure

In the process of leveling and feeding, the three-in-one feeder is likely to enter some of the dirt, impurities or external waste on the surface of the sheet into the flattening feed roller, but to maintain the flatness and surface of the sheet. For the smoothness, the roller of the flattening part must be cleaned. For the cleaning of the ordinary three-in-one feeder model, the upper flat seat should be loosened by the crane, and the upper flat seat should be lifted by the crane, and then after cleaning. In the assembly, this operation can only be performed by professionals, which is time consuming, laborious and cannot be cleaned at any time.

Thick plate split type three-in-one feeder

In order to facilitate the customer to better, faster and more thorough cleaning and leveling feed roller and mechanical inspection, we can make the three-in-one feeder flattening feeder head into a splittable structure type through the cylinder. As the driving force, the flattening feeding head can be opened at an angle of 30-45 degrees, which can make the leveling feeding roller get fast and thorough cleaning. At the same time, after cleaning, it has its own closed positioning device in control. The upper and lower flattening parts can be easily locked by the button on the box, which is fast, safe and reliable.

Thin plate split type three-in-one feeder

The three-in-one feeder has a unique positioning device for the flattening and feeding head. The positioning plug, the telescopic positioning rod, the pneumatic lever, the pneumatic solenoid valve and the power switch are all installed in the lower leveling part, and need to be positioned after closing. When the positioning hole of the upper flattening portion has been aligned with the positioning hole of the lower flattening portion, the positioning plug is installed in the positioning hole of the lower flattening portion, and the positioning plug, the telescopic positioning rod, the pneumatic lever and the pneumatic solenoid valve are movably connected to each other, and the air pressure is connected. The valve plug of the solenoid valve contracts, pulls the pneumatic lever, and the pneumatic lever pushes the telescopic positioning rod. The telescopic positioning rod pushes the positioning plug forward, enters the positioning hole of the upper leveling part, locks the upper and lower leveling parts, and is safe, reliable and stable. Fast.