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Corner for panel mosquito nets and the second version with simplified and removable assembly 3D Printer File Image 1
Corner for panel mosquito nets and the second version with simplified and removable assembly 3D Printer File Image 2
Corner for panel mosquito nets and the second version with simplified and removable assembly 3D Printer File Image 3
Corner for panel mosquito nets and the second version with simplified and removable assembly 3D Printer File Thumbnail 1
Corner for panel mosquito nets and the second version with simplified and removable assembly 3D Printer File Thumbnail 2
Corner for panel mosquito nets and the second version with simplified and removable assembly 3D Printer File Thumbnail 3

Corner for panel mosquito nets and the second version with simplified and removable assembly

Afruzu avatarAfruzu

December 31, 2024

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Description

Every summer I put panel mosquito nets on my windows, made up of two aluminum frames sliding together and held at the four corners by plastic corners which have the defect of breaking frequently. If a corner plastic piece breaks, the entire mosquito net must be replaced, which is a great waste of resources. So I had the idea of designing a 3d compatible model of the corner, to be printed every time as a spare part for pieces that should break. I hope that this project can be useful to someone and help protect the environment, avoiding sending objects that are still able to function to landfill by simply replacing the broken corners.

Note: The Right (or Left) model also adapts to the opposite vertex diagonally Top (or Bottom)

 

* IMPORTANT V2 - Second version with simplified and removable assembly ***

 

I found that the 3D printed corners (both in PETG and PLA) are much more rigid than the original ones (in thermoplastic molding material), so it is more difficult to assemble them due to the lower elasticity.
I thought of experimenting with a version of the corners that allows the corners to separate into two shells, to be assembled during assembly on the mosquito net.
This solution has a small protrusion necessary for the insertion of the two shells that does not affect the functionality of the corner and makes assembly much easier as well as ensuring better sliding of the two mosquito net panels for the revised tolerances.

I publish the stl of these 4 parts (2 for the right corner and 2 for the left one) suggesting to print them in a vertical position, with 100% filling and with the use of supports from the plane where necessary.

---------- Italiano -------------

Ogni estate metto delle zanzariere a pannello alle mie finestre, composte da due telai in alluminio scorrevoli insieme e tenute ai quattro angoli da angoli in plastica che hanno il difetto di rompersi frequentemente. Se si rompe un pezzo di plastica dell'angolo, bisogna sostituire l'intera zanzariera, il che è un grande spreco di risorse. Così ho avuto l'idea di progettare un modello 3d compatibile dell'angolo, da stampare ogni volta come pezzo di ricambio per i pezzi che dovessero rompersi. Spero che questo progetto possa essere utile a qualcuno e aiutare a salvaguardare l'ambiente, evitando di mandare in discarica oggetti ancora in grado di funzionare semplicemente sostituendo gli angoli rotti.

Nota: il modello Destro (o Sinistro) si adatta anche al vertice opposto in diagonale Alto (o Basso)

* IMPORTANTE V2 - Seconda versione con montaggio semplificato rimovibile  ***

Ho scoperto che gli angoli stampati in 3D (sia in PETG che in PLA) sono molto più rigidi di quelli originali (in materiale termoplastico per stampaggio), quindi è più difficile montarli a causa della minore elasticità. Ho pensato di sperimentare una versione degli angoli che consenta di separare gli angoli in due gusci, da assemblare in fase di montaggio sulla zanzariera.

Questa soluzione presenta una piccola sporgenza necessaria all'inserimento dei due gusci che non incide sulla funzionalità dell'angolo e rende molto più semplice il montaggio oltre a garantire un migliore scorrimento dei due pannelli di zanzariera per le tolleranze riviste.

Pubblico lo stl di queste 4 parti (2 per l'angolo destro e 2 per quello sinistro) suggerendo di stamparle in posizione verticale, con riempimento al 100% e con l'utilizzo di supporti dal piano ove necessario.

 

 

License:

Creative Commons — Attribution — Noncommercial

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