Production line and method for wooden door veneering

Abstract

The invention discloses an automatic production line for wooden door veneering. The automatic production line for wooden door veneering comprises a core plate gluing line, a panel and bottom plate glue line and a plate combining line, wherein the core plate gluing line and the plate combining line are arranged in sequence according to the feeding direction, and the panel and the bottom plate gluing line are arranged in parallel with the above two. According to the automatic production line for wooden door veneering, the core plate, the plate and the bottom plate are respectively and synchronously coated with two gluing lines, the gluing efficiency is greatly improved, the improved cantilever assembling machine is adopted, so that the core plate is coated with the glue line, and the plate and the bottom plate gluing line are fed in two different directions, so that the waiting time of queuing and the like is reduced.

Description

technical field [0001] The invention relates to the technical field of wooden door processing, in particular to a wooden door veneer production line. Background technique [0002] Nowadays, the automation and billet formation efficiency requirements of the wooden door veneer production line are getting higher and higher. An efficient production line can save a lot of time and labor costs, and bring huge profits to the enterprise. Most of the existing wooden door veneer production lines are single lines, which occupy a large area and have low efficiency. The billet forming machine is usually set after the glue coating machine and before the pressing machine to perform preliminary pressing of the plates. The billet assembly quality of the billet assembly machine largely depends on the billet assembly accuracy. Due to the unavoidable positional deviation of the plate during conveying and processing in the previous steps, alignment adjustment is required before reaching the bil...

AI Technical Summary

Problems solved by technology

The existing billet forming machines are lacking in this function, and often require manual adjustment, with poor precision and low efficiency. Some billet forming machines are equipped with a centering device, which improves the billet forming accuracy to a certain extent, but in actual production Among them, the centering mechanism itself also has certain limitations. If the plate deviates too much to one side, the centering mechanism cannot grasp it, which greatly affects the production progress.

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