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In-Process Vertical Reinforcement of 3D Printed Structures

[Category : - Construction Processes & Equipment]
[Viewed 110 times]

"Patent Pending Method" introduces a revolutionary approach to continuous and in-process vertical reinforcement, making 3D printed structures inherently earthquake-resistant, wind-resistant, and blast-resistant—all without manual reinforcement.
The print head seamlessly weaves a mesh fabric within the structure, layer by layer, ensuring superior strength, faster 3DCP project delivery, thinner walls, cheaper reinforcement, lighter construction, and zero waste with no need for pre-prepared reinforcing elements, all out of a single or multi strand reinforcing filament.

This invention proposes a system capable of delivering reinforcement elements in the form of continuous strands or woven/knitted fabric structures at a speed synchronized with the 3D printing process. The method achieves simultaneous reinforcement in the X, Y, and critically, the Z directions. Unlike previously reported techniques, which typically focus on two-dimensional reinforcement or post-process integration, this invention embeds in-situ formed inter-knitted or inter-woven reinforcement textures directly within the layers during the additive manufacturing process, thereby ensuring consistent mechanical integrity across all three dimensions.

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smbidoki (Turkey)

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