How To Operate The Shoe Sole Polishing Machine?

Before the use of the outer floor polisher, it is necessary to install a matching external dust collector to run. Otherwise, the fine dust produced by the high-speed running abrasive cloth belt will be covered with the surface of each part of the machine body.

The names include: outsole sanding machine, outsole polishing machine, outsole automatic polishing machine and so on.

The technological characteristics of the outsole polishing machine: the outer surface polishing is a polishing method for the bottom surface.

For natural leather outsole, due to its slightly uneven surface and uneven gloss, it has a certain effect on the appearance quality of high-grade leather shoes. Polishing the bottom surface not only makes the bottom surface smooth and glossy, but also has a luxurious texture.

For the outsole made of synthetic materials, the gloss of the bottom surface is increased, and the contrast of the gloss between the surface and the bottom is increased, and the texture is clearer.

It can be seen that polishing the bottom surface of high-grade leather shoes is a very necessary process, and the outsole polisher is also an indispensable shoe making equipment for producing high-grade leather shoes.

The outer surface polishing is carried out automatically on the polishing belt at high speed. Under the driving of the polished wheel, the polishing belt moves longitudinally along the side, while the lateral movement moves the bottom surface smooth.

The finishing process is that the bottom face is sent downwards to the conveyor belt and the outer bottom of the conveyor belt is driven by the two upper and lower belts to smoothly enter the polished wheel and the polished strip. The outer bottom is interlaced by longitudinal and pverse polishing. The dust collector is sucked out by the vacuum cleaner to clean the polished surface outsole and push smoothly under the two delivery belts on the other side.

In the operation, we only need to continuously put it into the outsole, which has the characteristics of even polished and high production efficiency.

The structure and performance of the outsole grinder are mainly composed of outboard pmission mechanism, abrasive cloth belt polishing mechanism, mechanical pmission mechanism and regulating mechanism.

The outboard pmission mechanism is in the upper part of the fuselage, and is composed of a feeding belt, a discharging belt and an upper feeding belt.

When the outer surface is polished, the bottom face is sent downward from the feeding belt, and when it reaches the middle part, the abrasive cloth belt is polished.

When the polish is applied, the upper feeding belt and the pressing roller will press the outsole on the abrasive cloth belt and the polished wheel, so that the outsole will be polished by the abrasive belt when it is evenly stressed and pported.

Outsole grinder - adjusting handle, locking hole - outsole thickness adjustment handle - polished pressure regulating handle - upper cover - feed conveyor - motor switch - power switch - emergency stop switch - polished mechanism shield - motor shield - discharge conveyor belt after the outer floor is polished and pferred to the delivery box.

The structure of the feeding belt and the discharge belt is the same, which is composed of two feeding rollers, a conveyor belt and a chain wheel chain, and is located on the same horizontal plane.

The upper feeding belt is made up of two feeding rollers, a pressing roller, a conveyor belt and a chain wheel chain. The outer part is communicated with the inlet and discharge belt, so that the outsole can be processed in the process of entering, polishing and sending.

The abrasive cloth belt polishing mechanism is in the protective cover, and is vertically installed on the shoe body.

The mechanism is composed of upper grinding wheel, lower driven wheel, side tension wheel and abrasive cloth belt, etc. the three wheels are triangular distributed, and the abrasive cloth belt is sheathed on three wheels and is tensioned, and driven by a separate motor and pulley.

The upper grinding wheel is a driving wheel, which is mounted on a spindle which can move axially and move slightly, so that the abrasive cloth belt is slightly jitter.

It can be selected according to the finishing process requirements.

The central axis of the driven wheel is fixed on the support of the fuselage and is perpendicular to the upper grinding wheel, and is positioned at the center of the fuselage.

The tensioning wheel is mounted on the tensioning arm which can swing upward and downward, and screws are used to adjust the swing angle of the tensioning arm, so that the abrasive cloth belt is stretched or relaxed to facilitate normal movement or replacement.

The mechanical pmission mechanism is composed of three parts: feeding, polishing, crank connecting rod, and driven by three motors.

The power of the feeding motor is pmitted to the feeding right roller through the belt drive, the chain drive and the slow deceleration first, so that the feeding belt rotates, and then the chain wheels of the two feeding rollers are respectively used to rotate the material belt and the feeding belt respectively through the chain.

The speed of the three feeding belts.

The power of the motor is polished, and the grinding wheel and abrasive belt are run by the belt drive, and the speed of the polishing belt is fast.

The crank connecting rod mechanism is driven by an electric motor to cause an axial micro movement of the grinding wheel.

The function of the adjusting mechanism is to make the outsole with different thickness and hardness get the best polishing effect.

Through the handle, the distance between the upper feeding belt and the abrasive cloth belt can be adjusted, and the pressing force at the outer bottom can be adjusted.

The use and adjustment of the outsole polishing machine: before the use of the outer floor polisher, it is necessary to install the matching external dust remover to run. Otherwise, the fine dust produced by the high-speed running abrasive cloth belt in the grinding process will be full of the surface parts of the machine body, not only affects the shoe making equipment to move normally, but also seriously affects the polishing quality of the outsole.

During operation, an outsole is delivered from the feed port to test and polish. According to the polishing effect, the rotary handle adjusts the passing volume, and the clockwise feed wheel is raised, suitable for thick bottom, otherwise, it is suitable for thin bottom.

With the clockwise rotation of the handle, the pressure of the feeding wheel increases, and the outsole suitable for grinding hardness is higher, whereas the pressure decreases, which is suitable for the outsole with low grinding hardness.

After adjustment, it is necessary to tighten the nut from the locking hole by special spanner to prevent loosening of the handle.

In pairs

In the daily maintenance, it is necessary to keep the bearings of the feeding mechanism, the abrasive cloth belt mechanism, the crank connecting rod mechanism and the pmission mechanism well lubricated, the oil holes shall not be blocked, and the lubricating surfaces must not be short of oil.

Because the shoe machine produces fine chips in production, after cleaning the machine, clean the machine's fines, clean the machine's fines once a week, especially the belt and the surface of the abrasive cloth.

When the outsole grinding effect is not good, adjust the tension of the feeding belt and the abrasive cloth belt in time, and change the worn abrasive belt.