System and printing method for 3D printing of intelligent electronic product inserted line

Abstract

The invention relates to a system for 3D printing of an intelligent electronic product inserted line. The system comprises a rack, an automatic conveying mechanism arranged on the rack, a printing detection area, an inserting area and a product finishing area, wherein the printing detection area, the inserting area and the product finishing area are arranged on a conveying path of the automatic conveying mechanism. The inserting area is arranged between the printing detection area and the product finishing area. A 3D printing mechanism and a plurality of sensor detection systems are arranged in the printing detection area. An automatic grabbing mechanism used for grabbing elements is arranged in the inserting area. The 3D printing technology is used to manufacture a flexible electronic product, and the electronic elements are inserted in the printing process and packaged to form the integral electronic product. Manufacturing of the electronic product is easier and more efficient through the 3D printing technology. In the printing process, the inserted electronic elements and a circuit enable the electronic product to have the dustproof and waterproof functions, so that material using and assembling time are optimized, the needed post-processing steps are greatly decreased, and the production efficiency can be improved. The invention provides a 3D printing method for the electronic product inserted line.

Description

technical field [0001] The invention relates to a system and a printing method for embedded line 3D printing of intelligent electronic products. Background technique [0002] After the emergence of smart electronic products, the improvement of manufacturing level has promoted the development of smart electronic products in the direction of smaller, faster and more efficient. Flexible electronics is a research hotspot at this stage, and its main applications include wearable electronics, human-computer interaction interfaces, and soft robots. These emerging devices require new manufacturing solutions that integrate electronics with shaped structures and flexible materials. Due to the flexible and deformable characteristics of flexible electronic products, it can no longer be replaced by traditional rigid electronic products and integrated electronic devices. Flexible electronic products usually connect electronic components through deformable conductive materials and encaps...

AI Technical Summary

Problems solved by technology

At this stage, the production and manufacturing methods of flexible electronic products have disadvantages such as poor scalability, high cost, poor durability, and lack of manufacturing extensibility, which seriously restrict the manufacturing, production, development and promotion of flexible electronic products

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