Numerical control winging head used for engraving machine

Abstract

Disclosed is a numerical control winging head used for an engraving machine. The numerical control winging head comprises a guide rail and a numerical control winging head body. The guide rail is of a long-strip-shaped structure and provided with support parts. The support parts are located on the two sides of the guide rail and of a T-shaped structure. The numerical control winging head body is connected beside the guide rail. An abrasion-resistance part is arranged between the numerical control winging head body and the guide rail and made of copper. The abrasion-resistance part is located on the side edge of the numerical control winging head body and connected with the numerical control winging head body through threads. The abrasion-resistance part is provided with a clamping opening which is in the semicircular arc shape. The guide rail is provided with a lubricating part capable of lubricating the guide rail in time, so that the sliding effect of the numerical control winging head body on the guide rail is ensured, back-and-forth operation can be conducted fast, and the work effect of the engraving machine is improved. A hydraulic lifting component is arranged outside a speed reducer so that lifting of the numerical control winging head body can be faster, the work effect of the engraving machine is optimized, the machining quality can be ensured, and locating is more accurate.

Description

technical field [0001] The invention relates to a numerically controlled swing head, in particular to a numerically controlled swing head for an engraving machine. Background technique [0002] Engraving machines are widely used in the engraving industry, especially when engraving large-area layouts, it is necessary to use engraving machines with CNC swing heads. Such engraving machines can process a wide range and high processing precision, but At present, when many engraving machines are in use, it is often difficult to ensure the lubrication of the track of the CNC swing head. Sometimes the track is not smooth enough, which affects the back and forth operation of the CNC swing head, and the processing efficiency is not high. There are also some CNC swing heads. The head is lifted and lowered by the belt. This working lifting mode will lead to inaccurate positioning. The lifting and lowering of the CNC swing head is not timely. Contents of the invention [0003] The obj...

AI Technical Summary

Problems solved by technology

[0002] Engraving machines are widely used in the engraving industry, especially when engraving large-area layouts, it is necessary to use engraving machines with CNC swing heads. Such engraving machines can process a wide range and high processing precision, but At present, when many engraving machines are in use, it is often difficult to ensure the lubrication of the track of the CNC swing head. Sometimes the track is not smooth enough, which affects the back and forth operation of the CNC swing head, and the processing efficiency is not high. There are also some CNC swing heads. The head is lifted and lowered by the belt. This working lifting mode will lead to inaccurate positioning, and the lifting and lowering of the CNC swing head is not timely. It consumes more when lifting and lowering, and the work efficiency cannot be improved.

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