NC perforating machine for arc plank

Abstract

The invention relates to an NC (Numerical Control) perforating machine for an arc plank, which is characterized in that servo technology, two- dimension software CAD (Computer Aided Design) and three-dimension software PORE (Pro-Engineer) are adopted to perform drawings for rotational motion of the arc plank for horizontally feeding to a machine, front/back reciprocating motion of a sawing machine, and motion of an advanced linear guide rail bearing and a precise rotating object, so that mechanical sawing and molding are completed at one time via commands applied in a computer without any manual operation, the quality is improved, the processing cost is lowered, the labor intensity is reduced, and the processing output is increased. By adopting the NC perforating machine for the arc plank manufactured according to the design scheme provided by the invention, a complete set of production process of arc dies from production, processing to sawing is completed, the single die production in the past is changed and patterns required by consumers can be processed at one time, so that the development of enterprises is expanded, the market requirements are promoted, the domestic demand is stimulated, and a leading role is played in wood processing industry.

Description

technical field [0001] The invention relates to a numerically controlled slotting machine for circular arc plates. Background technique [0002] As far as the current domestic and international markets are concerned, the mold plates produced in the carton packaging industry are mainly semi-automatic manual operations, with low product quality accuracy, high processing costs, high labor intensity, and low processing output. However, laser cutting is difficult to guarantee product quality. Laser cutting is prone to carbonization of the cutting edge during cutting, and the quality is difficult to control. [0003] Based on the above deficiencies, the inventor uses the two-dimensional software CAD and the three-dimensional software PORE to draw the drawings, and the instructions applied to the computer make the machine automatically rotate, cut, and saw once and for all. Greatly improve work efficiency, reduce cost, reduce labor intensity, improve quality and output, and promot...

AI Technical Summary

Problems solved by technology

[0002] As far as the current domestic and international markets are concerned, the mold plates produced in the carton packaging industry are mainly semi-automatic manual operations, with low product quality accuracy, high processing costs, high labor intensity, and low processing output. However, laser cutting is difficult to guarantee product quality. Laser cutting is prone to carbonization of the knife edge during cutting, and the quality is difficult to control.

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