Method For Improving Working Efficiency Of Air Expansion Shaft

The inflation shaft is a special type of winding and unwinding, that is, the shaft that can be raised after the high pressure is inflated, and the surface of the surface is quickly retracted after deflation. The inflatable shaft and the inflatable sleeve are extremely convenient and quick to use. Only need to supply the air source, the air pressure is controlled within the range of 6-8kg/cm2. When the external components (such as the round paper tube) need to be locked, as long as the air gun is inflated against the air nozzle on the inflatable shaft. Finish, against external components (such as a circular paper tube), you need to loosen the paper when unloading, press the sliding external parts (such as a circular paper tube) on the nozzle to remove.

Method for improving working efficiency of air expansion shaft
The purpose of using the inflation shaft is to provide work efficiency, but how to improve work efficiency? The method of improving the working efficiency of the inflation shaft can be divided into two aspects, one is the structural design of the inflation shaft, and the other is the complete specifications. Let's take a brief look at the following:
1, structural design
This mechanism of the slip-type air-expansion shaft has a special function, and the air is used to move the inflation shaft. It is widely used for various applications such as thick, thin, wide and narrow, and is widely used. What can be avoided is that because of the different materials, the need for constant adjustment methods is cumbersome, and the mechanism is obviously followed by other mechanized running speeds. In addition, long hours of work will not stop running;
2, complete specifications
There is no shortage of the type of inflatable shaft due to the different mechanical components of the slip-type air shaft, and there are uniform specifications before the various types to make the maintenance of the equipment simpler. Fixed specifications are interchangeable.


Air expansion shaft is applied to EVA film slitting and winding device
A standard EVA film slitting and winding device includes a base, a driven guide roller, a plurality of active guide rollers, an intermediate guide roller, a cutter roller, a cutter shaft, a laminating roller, and a slip gas for winding a film. The expansion shaft comprises a bottom beam and a top beam and a support beam supported by the plurality of support columns and located above the bottom beam. The intermediate guide roller is mounted on the right side of the active guide roller on the top beam, and the active guide rollers driven by the motor I are in turn The installation is located on the top beam.

The slip-type air-expansion shaft manufacturer introduces that the intermediate guide roller is installed on the right side of the active guide roller on the top beam, and the cutter roller is installed in the middle of the support column between the active guide roller and the intermediate guide roller, and the support roller is connected under the cutter roller. The cutter shaft and the cutter shaft are provided with a plurality of cutters, and the laminating roller driven by the motor II is installed on the right side of the horizontally opposite support beam of the cutter shaft, and the inflation shaft is placed on the inclined rail connected to the support beam on the right side of the laminating roller. The EVA film slitting and winding device further comprises two sets of stretching rolls and driven bending rolls driven by the motor III, one set of stretching rolls is mounted on the support beam, and the other set of drawing rolls is mounted on the bottom beam. The driven bending roller is connected to the support beam and below the support beam.