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Parametric Socket Foot – Custom Flanged Base for Posts & Tubes — modelo 3D

Parametric Socket Foot – Custom Flanged Base for Posts & Tubes

por Rapid3d4service Rapid3d4service en Thingiverse

Build a mounting base that matches your profile instead of adapting your project to a fixed-size socket. This model creates a round, rectangular or triangular socket with a closed bottom flange. Optional flange holes let you screw the base onto a suitable supporting surface. One useful application..

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Uso comercial permitido

CC BY-SA 4.0 — Atribución, compartir igual

Puedes usarlo y modificarlo dando crédito; las versiones modificadas deben compartirse con la misma licencia.

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Archivos (4)
Categoría
Tecnología
Formatos
STL
Descargas
497
Publicado

Sobre este modelo

Build a mounting base that matches your profile instead of adapting your project to a fixed-size socket. This model creates a round, rectangular or triangular socket with a closed bottom flange. Optional flange holes let you screw the base onto a suitable supporting surface. One useful application is a lightweight display stand: the wooden upright fits into the socket, while the flange attaches to a separate base board. CONFIGURE YOUR OWN SIZE Adjust the profile dimensions, fit clearance, socket height, wall thickness, plate thickness and flange extension. Configure the mounting-hole count, diameter and position to suit the layout. Change the parameters directly in your browser and inspect the result in an interactive 3D preview. No CAD software installation is needed. Open the configurator: https://www.buildyour3d.com/en/product/custom_parametric_socket_foot_v1 BEFORE PRINTING Check the actual profile size, corner shape and insertion clearance. Make sure the flange leaves enough room for screw heads and tool access. The bottom is closed: this is a receiving socket, not a through-pipe fitting. The design has no automatic pull-out lock, and the final assembly’s stability depends on the upright, supporting base, fasteners and printed material.

Descripción original del autor, publicada en Thingiverse.

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