Heavy-cut double-faced woodworking thickness planer and processing method thereof

Abstract

The invention discloses a heavy-cut double-faced woodworking thickness planer and a processing method thereof. The heavy-cut double-faced woodworking thickness planer structurally comprises a lathe bed assembly, a front worktable assembly, bed legs, a control box, a motor belt tensioning assembly, a lifting transmission assembly, a rear worktable assembly, a rear cover and planer assemblies, wherein the front worktable assembly and the rear worktable assembly are fixed on bed legs and are respectively provided with a front worktable carrier roller and a rear worktable carrier roller, and a pressing roller and a feeding roller assembly are arranged on the lathe bed assembly and are used for conveying timbers; one planer assembly is connected between the front worktable assembly and the rear worktable assembly, the other planer assembly is arranged on the lathe bed assembly, and the planer assemblies are respectively used for planing the upper and lower surfaces of the timbers; the lifting transmission assembly is used for controlling the height, relative to the bed legs, of the lathe bed assembly through the transmission of a lead screw so as to realize the thickness regulation of the planed timbers; and after the planer assemblies are drawn out and plane cutters are replaced, the planer assemblies can be put back, so that processing requirements of different timbers can be conveniently and rapidly met.

Description

technical field [0001] The invention relates to a heavy-cut double-sided woodworking planer and a processing method thereof, especially aimed at simultaneously planing double-sided wood, and belongs to the field of wood processing machine tools. Background technique [0002] With the continuous development of industrial technology and the improvement of people's living standards, people have higher and higher requirements for wood processing, architectural decoration, and office furniture. Especially with the continuous improvement of labor wages, processing costs have doubled In terms of equipment selection, some wood processing enterprises have also developed from the initial manual operation of machinery to semi-automation, full automation, mechatronics, and computer numerical control. Therefore, woodworking machinery manufacturing enterprises are forced to start from the aspects of full automation, computer numerical control, energy saving and environmental protection in...

AI Technical Summary

Problems solved by technology

[0003] According to market research, some wood processing and furniture manufacturing enterprises currently use woodworking manual planers and woodworking single-sided planers, which have low efficiency, poor processing accuracy, and poor safety guarantees, which directly restrict the development of enterprises. There is an urgent need for a woodworking machinery product that can improve the efficiency of manual planing and single-sided planing by several times, with high processing precision and good safety protection, so as to meet the needs of continuously expanding production scale.

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