A fully automatic rolling and packaging equipment for heat-shrinkable sheets

Abstract

The invention discloses full-automatic rolling packaging equipment for heat-shrinkable sheets. The full-automatic rolling packaging equipment for heat-shrinkable sheets comprises a machine table, a sheet conveying mechanism, a sheet rolled material fixing rack, a sheet automatic emptying mechanism, a trademark printing mechanism, a sheet cutting-off mechanism, a sheet chamfering mechanism, a sheet drying mechanism, a sheet rolling mechanism, a gluing mechanism and a sheet discharging mechanism; the sheet conveying mechanism comprises a first manipulator and a second manipulator, wherein the first manipulator is arranged between the sheet automatic emptying mechanism and the sheet drying mechanism to drive the heat-shrinkable sheets to move forward, and the second manipulator is arranged between the sheet drying mechanism and the sheet discharging mechanism to drive the heat-shrinkable sheets to move forward. The full-automatic rolling packaging equipment for heat-shrinkable sheets disclosed by the invention has the characteristics of high production efficiency, good product quality, low production cost and excellent product consistency.

Description

technical field [0001] The invention relates to the technical field of heat-shrinkable sheet processing equipment, in particular to an automatic roll-up packaging equipment for heat-shrinkable sheet. Background technique [0002] At present, in the production process of heat-shrinkable sheets, the entire rolling and packaging process is divided into: cutting, chamfering, silk screen printing, drying, rolling, and packaging tape. Most of the existing equipment adopts manual rolling equipment, manual cutting, silk screen printing, and finally packaging and rolling after drying. The coiling equipment is mainly composed of a stepping motor and a cylinder. The cylinder telescopic lever is composed of a clamp and a telescopic rod respectively. Clamps are slotted telescoping rods. After the current process is completed, the sheet is fed into the fixture and the power is turned on, and one end of the silk-screened sheet is inserted into the fixture, and the motor starts to drive ...

AI Technical Summary

Problems solved by technology

[0003] First, the production efficiency is low, the product standards cannot be unified due to human factors, the production efficiency is low, the process is cumbersome, the turnover time of each process is too long, the production time is wasted invisibly, and it is easy to increase the damage to the product during the turnover process

[0004] Second, the labor intensity is high. Nowadays, sheet cutting is manually operated. Since a roll of sheet weighs 500kg-700kg, the operator must pull out the sheet and measure its size before cutting.

Therefore, not only the work intensity is high when the personnel are operating, but also when the product delivery period is tight, in order to speed up the processing time, the employees will make mistakes in the size measurement, resulting in the product size not being fully up to standard, and, because the current cutting equipment is backward , using a utility tool, it is difficult to ensure the flatness and beauty after cutting

[0005] Third, the quality consistency is poor. There is no specific size calibration tool for manual chamfering. Therefore, during the chamfering process, workers perform chamfering completely according to their own feelings. After chamfering, the edge of the sheet is irregular and the chamfering size is different. , affecting the quality

[0006] Fourth, the production cost is high. After the sheet is cut according to size, it is sent to the next process for silk screen printing logo

Because the sheet is rolled up before processing, the sheet is easy to warp during the silk screen printing process, resulting in the screen printing screen cannot be completely attached to the surface of the sheet, and finally scrapped due to incomplete screen printing after silk screen printing, resulting in raw material failure. Huge waste, which affects the yield of the product, thus increasing the cost

[0007] Fifth, the production cycle is long. After the silk screen printing is completed, it enters the next process for packaging and rolling

Wait until the sheet ink is completely dry before packaging and rolling, so a lot of time is wasted in this process

[0008] Sixth, high hidden dangers of quality, and finally packaging and rolling

During the winding process, because the sheet has curls, the sheet must be manually flattened before it can be clamped normally when it is fed into the fixture. At the same time, due to manual control of the winding tension during the winding process, the sheet After the material is rolled, the tightness is different, which affects the packaging quality

Images