An adaptive platform for high-temperature 3D printing

Abstract

The invention belongs to the technical field of 3D printing, and discloses a self-adaption platform for high-temperature 3D printing. The self-adaption platform comprises a support plate, a platform substrate, a glass plate, movable blocks, a rail plate, a heating film and a molding plate; the platform substrate is connected with the support plate, and a spring is arranged between the two for adjusting levelness of the platform substrate; the glass plate is used as a horizontal reference of the self-adaption platform; four movable blocks are provided; each diagonal line is provided with a convex edge; the rail plate is provided with rails cooperating with the convex edges; the convex edges move along the rails to realize outward translation unfolding of the movable blocks; the molding plate is fixedly connected with the rail plate, and the heating film is arranged between the two for heating the molding plate; and after the molding plate is heated to expand, the movable blocks realizeself-adaption outward translation unfolding to shift the molding plate for outward expansion to prevent local bulge deformation of the molding plate. The heated self-adaption unfolding of the self-adaption platform is realized; the local internal bulge or warpup problem of the molding plate is solved; and the molding precision is improved.

Description

Technical field [0001] The present invention belongs to the field of 3D printing technology, and more specifically, relates to an adaptive platform for high temperature 3D printing. Background technique [0002] 3D printing technology is also known as additive manufacturing technology or rapid prototyping technology (RPM). Its basic principle is "printing layer by layer, layer by layer". With 3D printing rapid prototyping technology as the core, there are different printing principles. 3D molding equipment, among them, Fused Deposition Molding (FDM) equipment has become a hot spot for current applications due to its convenient use and simple operation. The core of its hardware is a hot-melt printing nozzle, and the printing materials are mostly hot-melt polymer materials. During the printing process, the materials are bonded and formed in a molten state after the materials reach the melting point (generally, the molding temperature is above 200°C). [0003] During molding, in orde...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the above defects or improvement needs of the prior art, the present invention provides an adaptive platform for high-temperature 3D printing. By setting the moving block and the track plate, when the forming plate is heated, the moving block moves and pulls the forming plate Thermal expansion and deformation are released to the surroundings, thereby solving the technical problem of low forming precision caused by local deformation of the formed plate after heating

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