Four-side saw and door plank cutting method thereof

Abstract

The invention discloses a four-edge saw and a door plate cutting method thereof, and relates to the field of plate machining. The four-side saw comprises a lathe bed assembly, a first transverse cutting unit, a second transverse cutting unit and a longitudinal cutting unit. The first transverse cutting unit, the second transverse cutting unit and the longitudinal cutting unit are all arranged on the lathe bed assembly and can translate in the Y direction of the lathe bed assembly. The first transverse cutting unit and the second transverse cutting unit can be used for conducting X-direction cutting on the two ends of a plate. The longitudinal cutting unit is arranged between the first transverse cutting unit and the second transverse cutting unit, the longitudinal cutting unit comprises two longitudinal cutting saws, and the two longitudinal cutting saws can be used for conducting Y-direction cutting on the two sides of a plate correspondingly; according to the four-side saw, the machining universality of door plates of different sizes is improved, and the cutting efficiency is improved; the adjustable supporting mechanisms arranged on the lathe bed can flexibly adjust the distance between the supporting mechanisms according to the sizes of plate blanks to adapt to transportation of plates of different sizes.

Description

technical field [0001] The present application relates to the field of plate processing, in particular to a four-sided saw and a method for cutting door panels. Background technique [0002] The sawing machine for door panel processing in the prior art usually has only one gantry, which has both transverse and longitudinal cuts. During processing, the gantry and the horizontal and vertical saw blades need to cooperate to move to complete the cutting process of each door panel in sequence, and the processing efficiency is very high. Low; in addition, the existing processing sawing machine has poor applicability to door panels of different widths. It is difficult to place a door panel with a large width on the sawing machine for processing, while a door panel with a small width cannot touch the panel transmission device on both sides. ; Finally, the height of the saw blade of the existing processing sawing machine cannot be adjusted, and the applicability to door panels of dif...

AI Technical Summary

Problems solved by technology

[0002] The sawing machine for door panel processing in the prior art usually has only one gantry, which has both transverse and longitudinal cuts. During processing, the gantry and the horizontal and vertical saw blades need to cooperate to move to complete the cutting process of each door panel in sequence, and the processing efficiency is very high. Low; in addition, the existing processing sawing machine has poor applicability to door panels of different widths. It is difficult to place a door panel with a large width on the sawing machine for processing, while a door panel with a small width cannot touch the panel transmission device on both sides. ; Finally, the height of the saw blade of the existing processing sawing machine cannot be adjusted, and the applicability to door panels of different thickness or hardness is also poor

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