Array-type forming 3D printing system

Abstract

The invention relates to an array-type forming 3D printing system, belongs to the technical field of quick forming, and particularly discloses a 3D forming system which can print a product in an array mode. The system comprises an array-type planar forming mechanism, an extrusion mechanism, feeding guide tubes, a Z-direction transmission mechanism, a printing platform, a printer shell and printing platform fixing seats; a spray head of the array-type planar forming mechanism is composed of multiple detachable spray head bodies, and the different detachable spray head bodies are fixedly connected through bolts to form the array-type spray head; the extrusion mechanism comprises feeding drive motors, a driving gear, shunting wheel systems, driven feeding wheels, driven feeding wheel support seats, shunting wheel system support seats and a feeding drive motor support seat; the printer shell is provided with the printing platform fixing seats used for fixing the printing platform. The array-type forming 3D printing system is low in cost, high in efficiency, economical in energy, high in practicability, suitable for batch production and worthy of popularization.

Description

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AI Technical Summary

Benefits of technology

This technology allows for efficient use of both liquid toners (LTR) or powders by allowing each color material to have its own unique shape instead of being mixed together like traditional methods such as screen casting). It also enables multicolor printing while reducing wasteful power usage compared to current systems. Additionally, this design makes possible the creation of smaller printers without having too many extra components needed due to the limited number of available print heads per unit area on the surface.

Problems solved by technology

This patented describes three technical problem addressed in this patents: current methods have limitations such as slow print speed or limited flexibility in selecting different numbers of noxels based on how many products it can produce without having multiple types of nocks at once (one per type) due to factors like cost savings associated with reducing production costs).

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