Automatic production line for plate

Abstract

The invention discloses an automatic production line for a plate. The automatic production line comprises a measurement burdening system, a stirring system, a paving forming system, an automatic cropping system, an automatic stacking system, a first-time maintenance system, an automatic demolding system, a second-time maintenance system, a four-side cutting system and an automatic sanding system which are arranged in the machining direction of the plate. Raw materials used for producing the plate are fed into the measurement burdening system, and a plate finished product is obtained from the automatic sanding system. According to the automatic production line for the plate, automatic production of the plate can be achieved, and the work efficiency is improved. The whole production flow is close in coordination and achieved through automatic control. The usage amount of manpower is low. The production takt is compact and efficient. In addition, burdening for the product is accurate and efficient. The forming quality is high. The product quality is high. In addition, the layout is reasonable, the structure is compact, and the occupied space is small.

Description

technical field [0001] The invention relates to the technical field of building board processing equipment, in particular to an automated production line for boards. Background technique [0002] Based on the advantages of formed boards in many aspects, currently formed boards are used more and more widely, such as decorative panels, melamine boards, waterproof boards, gypsum boards, cement boards, etc., and their types, styles and application areas are constantly expanding. The plate production line is also continuously improved and optimized to meet the production needs of various plates in the market. Composite panels are very widely used building materials at present. The production of composite panels generally needs to go through pressing molding - adding glass fiber cloth - adding non-woven fabric - cutting - curing molding - demoulding and other processes. At present, the common forming sheet production lines are basically manual production or partial automatic prod...

AI Technical Summary

Problems solved by technology

At present, the common forming sheet production lines are basically manual production or partial automatic production, with low degree of automation, high labor cost, poor production quality and low production efficiency.

The production efficiency of the existing forming sheet production line is low, the layout is unreasonable, and the floor area is large, especially the critical systems in the production line, such as the feeding and measuring system, the paving system, the maintenance system, and the demoulding and cleaning system

For example, the feeding metering system mostly uses manual weighing and manual feeding, which has high labor costs and low feeding efficiency; the thickness adjustment of the paving forming section adopts manual thickness setting, manual adjustment, the thickness setting is inaccurate, the adjustment is not accurate, and the paving and forming section is not accurate. Low efficiency, poor molding quality, easy to produce air bubbles; poor control of constant temperature and humidity in the curing kiln, easy deformation of the plate during curing, increased use of manpower and low product quality, etc.

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