Efficient three-dimensional laser equipment capable of better guaranteeing plating performance of LAP

Abstract

The invention provides efficient three-dimensional laser equipment capable of better guaranteeing the plating performance of an LAP, and relates to the field of laser manufacturing. The efficient three-dimensional laser equipment capable of better guaranteeing the plating performance of the LAP comprises a bottom plate, an X-direction module is arranged on the upper surface of the bottom plate, aY-direction module is arranged on the upper surface of the X-direction module, an angle adjusting module is arranged on the right side face of the Y-direction module, and a jig is arranged in the angle adjusting module; by arranging the angle adjusting module, some special curved surfaces of a machined workpiece can obtain better focuses through two rotating motors, so that the surface carbonization effect of the machined workpiece is better, plating of the subsequent procedure is facilitated, and plating is more convenient and easy; and by arranging a double-head laser design scheme, meanwhile, two laser heads correspond to two workstations and can separately and independently machine products of the two workstations at the same time, and therefore the machining efficiency can be greatlyimproved.

Description

technical field [0001] The invention relates to the technical field of laser manufacturing, in particular to a high-efficiency three-dimensional laser device that better guarantees the coating performance of LAP. Background technique [0002] LAP, a kind of laser scanning / engraving on the surface of ordinary plastic parts, carbonization and roughening of specific areas on the product surface, and then through the post-process (electroless plating, the main process includes pre-treatment, impact nickel or copper impact, and then plating Copper, nickel plating + passivation protection, or gold plating after nickel plating,) deposits the metal layer on the plastic surface to form a manufacturing process of the circuit. The main application direction of this process is three-dimensional lines. The common scenarios are the antenna routing of wearable lines such as mobile phones and smart watches, and the production of antenna lines for communication base stations. [0003] On sp...

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Problems solved by technology

[0007] Aiming at the deficiencies of the prior art, the present invention provides an efficient three-dimensional laser device that better guarantees the coating performance of LAP, and solves the problems of poor coating and slow processing efficiency

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