Woodworking lathe

Abstract

The invention discloses a woodworking lathe. The woodworking lathe comprises a stand; the stand is provided with a timber rotating device; the stand is provided with a first woodworking cutter which is positioned on one side of machined timber; the stand is provided with a second woodworking cutter which is positioned on the other side of the machined timber; the knife edge of the first woodworking cutter and the knife edge of the second woodworking cutter are relative and form an included angle; and under the state of machining the timber, the first woodworking cutter and the second woodworking cutter are supported against two sides of the machined timber. The woodworking lathe has the advantages that the stand is also provided with the woodworking cutter; when the timber is machined, two woodworking cutters are supported against two relative sides of the machined timber respectively; and the timber has balanced stress, so that the cutting force of the cutter on the timber is relative and is counteracted to greatly reduce the phenomenon of timber dithering in high-speed rotation and have better timber machining effect.

Description

a woodworking lathe technical field The present invention relates to a woodworking processing mechanical equipment, in particular to a woodworking lathe. Background technique Woodworking lathes are mainly used for processing wood. Woodworking lathes are required for processing accessories such as floors, cabinets and stairs. The structure of woodworking lathes includes a fuselage, a feeding device is provided at the front end of the fuselage, and a bracket is fixed on the fuselage. , the left and right sides of the bracket are respectively provided with thimbles and rotating spindles, the thimbles are connected to the oil cylinder, one end of the rotating spindle is provided with a rotating motor, and a hob device is installed on the lower part of the fuselage corresponding to the position of the bracket, and the hob device is provided with a hob The cutter shaft and the hob, the hob shaft is driven by a belt motor to make the hob rotate to process wood. The woodworking l...

AI Technical Summary

Problems solved by technology

The woodworking lathe with the above structure has the following disadvantages: only one hob device is set on the woodworking lathe, which is affected by the position of the hob on the hob device, which limits the angle of woodworking processing.

Its advantage is that the wood rotates under the drive of the rotating motor. The hob on the front hob device first processes the rotating wood according to the requirements. After completion, the sliding bracket moves the wood to the position of the rear hob device, and then the rear hob device The hob on the hob processes the rotating wood so that the wood is processed into the specified requirements. It can process the wood from multiple angles to meet the needs of different uses. It has the advantages of convenient processing and high efficiency, but it also has Disadvantages: Since the front hob or the rear hob is located on one side of the wood, the wood will vibrate when the front hob or the rear hob processes the wood in high-speed rotation, thus affecting the effect of wood processing

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