High-temperature steam forming device for neck plate processing

Abstract

The invention discloses a high-temperature steam forming device for neck plate processing. The high-temperature steam forming device comprises a material processing bottom plate and is characterized in that the material processing bottom plate comprises a face plate, a material pressing head is arranged at one end of the face plate, and guide rails are arranged on two sides of the face plate; a material pressing device and a steam ironing press device are movably connected with the material processing bottom plate through the guide rails; the material pressing device is provided with a group of material pressing screws; the steam ironing press device comprises an ironing press beam, a steam sleeve is arranged at the top of the ironing press beam, and the ironing press beam is provided witha plurality of steam holes. The high-temperature steam forming device is simple in structure, capable of simplifying the operation of neck plate processing and beam bending, capable of increasing processing efficiency, capable of lowering cost, capable of satisfying manufacturing requirements and capable of guaranteeing the quality stability of the processed neck wood material.

Description

technical field [0001] The invention relates to a guitar production equipment, in particular to a high-temperature steam setting device for the whole board of the guitar neck. Background technique [0002] The neck is the part where the headstock connects to the body, and there are many frets on the neck. At present, in the processing and manufacturing process of the neck, the wood is generally cut into sections by a wood cutting machine, and then manually or mechanically ground to make the neck wood flat and straight to meet the requirements of the neck manufacturing; Due to irregular wood texture, most of the wood surface texture will be damaged during grinding, which will easily lead to burrs on the wood, which will not only affect the appearance, but also affect the tone of the guitar to a certain extent; If the wood texture is ground, it is difficult to ensure the straightness of the processed neck wood. At this time, the wood needs to be treated with whole boards, ben...

AI Technical Summary

Problems solved by technology

At present, in the processing and manufacturing process of the neck, the wood is generally cut into sections by a wood cutting machine, and then manually or mechanically ground to make the neck wood flat and straight to meet the requirements of the neck manufacturing; Due to irregular wood texture, most of the wood surface texture will be damaged during grinding, which will easily lead to burrs on the wood, which will not only affect the appearance, but also affect the tone of the guitar to a certain extent; If the wood texture is ground, it is difficult to ensure the straightness of the processed neck wood. At this time, the wood needs to be treated with whole boards, bent beams, etc. to make it straight or meet the curvature requirements of the neck. Traditional crafts usually The wood is processed by hot bending method, the wood is heated to soften the internal fibers, and the external force is applied to produce deformation, and finally it is cooled and shaped to achieve the purpose of changing the curvature of the wood

At present, there is no hot bending device suitable for the processing of the neck on the market. When the whole plate of the neck is bent, the external force is usually applied manually, and then hot air or fire is used to heat the part that needs to be bent; this method not only It is difficult to control the applied force. If the bending degree of the wood does not meet the standard, it will break the wood and cause processing loss. Moreover, it is not easy to control the heating of the bending part of the wood. If the heating time is too long, the toughness of the wood will be reduced, making the wood too brittle and easy to break. However, if the heating time is too short, the requirement of softening the wood fiber to cause deformation cannot be achieved; at the same time, the processing efficiency of this method is low, the cost is high, and the quality of the made neck is unstable, so it is difficult to manufacture in batches

Therefore, at present, in the process of bending beams of the entire neck, there are disadvantages such as relatively difficult processing, low processing efficiency, high cost, unstable quality of the neck, and difficulty in mass production.

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