3D integrated card-making system and method

Abstract

The present invention relates to a 3D integrated card-making system and method. The system comprises an ordering terminal, a network database and a 3D card-making device which comprises a 3D printing module, a digital printing module, a chip data reading/writing module, an OCR identification module, a data decryption module and a waste card processing module. The method comprises validity verification, data input, 3D printing, personalized processing comprising card surface printing and card chip data writing, card quality detection and waste card destroying, and further comprises anti-counterfeiting processing. According to the 3D integrated card-making system and method, a card can be made without manual work in the whole process, thereby sufficiently ensuring the security of card surface information and the health of employees and comprehensively reducing the labor costs.

Description

technical field [0001] The invention relates to an unmanned fully automated factory, in particular to a 3D integrated card making system and a method thereof. Background technique [0002] According to the news released by China UnionPay on October 20, 2014, as of the end of the third quarter of 2014, the cumulative issuance of UnionPay chip cards (financial IC cards) exceeded 1 billion. Such large quantities of financial IC cards, as well as the widely used magnetic stripe cards on the market and IC cards for industrial applications all use a multi-workshop and multi-process manufacturing method. With the continuous increase of the number of cards issued and the continuous promotion of the application of one card with multiple processes, users have higher and higher requirements for information security. [0003] (1) The manufacturing process is complicated: under the current manufacturing method, a finished card has to go through more than a dozen technological processes ...

AI Technical Summary

Problems solved by technology

[0003] (1) The manufacturing process is complicated: under the current manufacturing method, a finished card has to go through more than a dozen technological processes such as data processing, plastics, synthesis, Koch, quality inspection, and personalization, and these processes are basically completed in different places. In the workshop, different processes also have a certain sequence, and the processes that need to be completed for different cards are very different.

The complex technological process requires many skilled technicians to carry out process control and quality control. To a certain extent, the complexity of this process also requires the company to invest more manpower and material resources for support, which will inevitably limit the development of new processes and card manufacturing. the complexity of

[0004] (2) Difficulty in security control: The number of cards must be consistent from production to final entry into the vault. This involves the disposal of waste cards in various technological processes, and there is no security issue for transferring cards in the middle of the workshop, bec

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