Guitar fingerboard cutting machine

Abstract

The invention relates to a guitar fingerboard cutting machine. The guitar fingerboard cutting machine comprises a frame, a blanking device, a pushing device, a setting device, a positioning device, a back-and-forth translation device, a cutting device and a left-and-right translation device; the blanking device for blanking fingerboards, the pushing device for pushing the fingerboards to the positioning device from the blanking device and the setting device for setting on the positioning device are all fixed on the frame; the positioning device is capable of translating front and back between the pushing device and the cutting device on the frame by virtue of the back-and-forth translation device; the cutting device is capable of translating front and back on the frame by virtue of the back-and-forth translation device. The guitar fingerboard cutting machine has the advantages of fully mechanized cutting function, guarantee of cutting quality, machining of grooves richer in shapes, and high machining efficiency, and belongs to the technical field of guitar machining equipment.

Description

technical field [0001] The invention relates to a guitar processing device, in particular to a guitar fingerboard cutting machine for cutting grooves on a guitar fingerboard. Background technique [0002] In the guitar processing process, it is necessary to cut a plurality of grooves parallel to each other along the length direction of the fingerboard on the surface of the guitar fingerboard, and the length direction of the grooves is arranged along the width direction of the fingerboard. [0003] Existing guitar fretboard cutting machine mainly comprises: frame, fixture, translation device, cutting device. The fingerboard is clamped on the mechanical clamping fixture, and it needs to be clamped once for each fingerboard processed. The cutting device is equipped with a plurality of cutting knives corresponding to a plurality of grooves respectively. The cutting device realizes cutting through the translational movement of the translation device on the frame, and completes ...

AI Technical Summary

Problems solved by technology

[0004] The existing guitar fretboard cutting machines have the following disadvantages: 1. Manual mechanical clamping, and every time a fretboard is processed, it will be clamped once, which is inefficient

2. Multiple grooves are cut by multiple cutting knives at one time. If the clamping position is not accurate enough, the position of the groove is easy to deviate, resulting in waste products

3. Workers are required to follow the operation throughout the whole process, and each device must be equipped with a worker, which is a waste of manpower

4. The cutting knife adopts translational cutting. Different types of guitars need to be equipped with different cutting knives. The way of translational cutting leads to a relatively simple shape of the groove

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