3D printing Archives - echofab https://www.echofab.quebec/portfolio_category/3d-printing/ First Fab Lab in Québec Mon, 27 Nov 2023 13:33:35 +0000 en-CA hourly 1 https://www.echofab.quebec/wp-content/uploads/2019/03/cropped-favicon-echofab-32x32.png 3D printing Archives - echofab https://www.echofab.quebec/portfolio_category/3d-printing/ 32 32 Distributed manufacture of a neighborhood bench https://www.echofab.quebec/portfolio-item/neighborhood-bench/ Mon, 27 Nov 2023 13:32:03 +0000 https://www.echofab.quebec/?post_type=avada_portfolio&p=13029 A neighborhood bench project as part of the Campus Fab City Montréal meets the Americas, stemming from the Remix ta chaise initiative, the circular economy and distributed manufacturing between several stakeholders in the Central District.

This article Distributed manufacture of a neighborhood bench was published first on echofab.

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A neighborhood bench project as part of the Campus Fab City Montréal meets the Americas, stemming from the Remix ta chaise initiative, the circular economy and distributed manufacturing between several stakeholders in the Central District.

The project wins a Fab City Awards 2023.

Project resources

3D models :

Coming soon

Project actors

The project actors :

An initiative of

échofab, Communautique’s multidisciplinary workshop located in the heart of the Central District, a digital manufacturing laboratory (Fab Lab) which brings together the driving forces of several sectors (digital manufacturing, education in scientific and technical skills, sustainable development, support players to businesses) which together articulate an innovative offer to stimulate the emergence of innovative entrepreneurial projects in the green and digital economy.

Measurable impacts

Ecological

The project aims to raise awareness within the community about environmental issues, encourage sustainable behaviors, and promote community involvement in environmental preservation.
The project enables the recovery of materials from industrial symbiosis and explores the use of recycled plastic for 3D-printed urban furniture.
By reducing waste at the source, it contributes to the preservation of natural resources. Using recycled materials instead of new raw materials in bench manufacturing reduces pressure on natural ecosystems. Recovering recycled materials prevents them from ending up in landfills and generally requires less energy than creating new materials from scratch. Less energy usage means fewer greenhouse gas emissions, which can help slow down climate change, a factor that can impact biodiversity.
When recycled materials are used to create public benches or other objects, it can contribute to environmental awareness. Communities may be more inclined to preserve natural habitats when their creative use is positively highlighted.
The creation of public benches from recycled materials can serve as an example and inspiration for other construction and design projects.

Sustainable development

Under the impetus of this initiative, several businesses in the Montréal District Central were invited to participate in a collaboration circle focused on the theme of resource sharing as part of the Fab City Campus event (June 2023). The aim was to establish connections and explore opportunities related to pooling their respective resources and strengths within the neighborhood.
Discussions covered what resource sharing represents, its challenges, deployment methods, as well as the potential offered by the concept of micro-factories in the context of Fab Labs.
Resource sharing involves multifaceted exchange in which the concepts of mutual support and community play a vital role. This creates an ecosystem where various stakeholders continuously interact over time. Such collaboration allows leveraging each other’s strengths to collectively achieve more. Throughout this process, it becomes possible to generate added value that benefits a larger number of participants.
The next steps in this endeavor will involve the development of a resource-sharing charter encompassing the shared values and objectives pursued by this initiative, as well as the establishment of principles defining the collaborative structure.
Furthermore, the creation of a directory for products, tools, services, and human resources precedes the adoption of a digital platform. The Fab City Hamburg platform is under consideration.

Open source

All phases of this project are carried out in open source mode. They are documented and shared on various platforms, and the design and production files are made available.
Distributed manufacturing in open source mode encourages collaboration, cost reduction, accessibility, transparency, and efficiency, which can be particularly advantageous for companies seeking to innovate while maximizing the use of their resources and promoting a robust collaborative ecosystem.
The project is widely shared within the network of Fab Labs and Fab Cities.

Inclusive

The project involves various stakeholders, including neighborhood residents, businesses, makers, and artists.
Furthermore, on a broader scale, our organization is at the forefront of advocating for the importance of digital inclusion and the need to bridge the digital divide to combat poverty. We are aware of the impact of digitization on seniors, the necessity to enhance digital skills, and the importance of equitable and affordable access to technology. We emphasize the significance of ongoing education to enable individuals to adapt to the rapid and constant changes in the digital world.
Our organization is also accredited as a Living Lab and develops its initiatives with a co-design approach, including the growth of Fab City Montréal.

Participatory

The project, throughout all its phases, involved over 130 organizations and citizens who participated at various stages of ideation, decision-making, and implementation. According to the received testimonials, it brings a sense of empowerment.
The project adopted a participatory approach that enabled the inclusion of a broad range of stakeholders to ensure that decisions and actions meet the community’s needs. By involving a large number of organizations and citizens, the project gained access to a variety of expertise, resources, and skills, enriching both the process and the outcomes. The active involvement of citizens and organizations strengthened community bonds, promoting a sense of belonging and cooperation.

Glocalism

Chair, bench, stool, utility, or symbol of power, with various models and materials, the project’s vision has led us to imagine that each community, city, or territory has a relationship with this object that allows for adaptation to its customs and traditions.
The project promotes sharing through its open documentation and model sharing. When community manufacturing projects are shared globally, different communities have the opportunity to adapt designs and solutions to local needs and cultures. The sharing of experiences and successes in community bench manufacturing can lead to collaborative innovations. Cities and territories can enhance and customize initial designs by leveraging shared knowledge.
Beyond being a symbolic object, the project is above all a collective process of distributed manufacturing and a sustainable manufacturing awareness project.

Locally productive

By engaging communities in the manufacturing of public benches using locally available resources, it optimizes the use of materials that might otherwise go to waste, contributing to a more efficient resource allocation. The project encourages community collaboration in the design and production of benches, making the most of the skills and talents available locally. This shared approach fosters a sense of ownership and collective responsibility. Through its focus on sustainability, the project aligns with regenerative economy principles by reducing waste and promoting the reuse of materials. This approach contributes to building a city and territory that is ecologically sustainable. As a community-driven initiative, it can stimulate local economic activity by supporting local artisans, makers, and businesses involved in the manufacturing process, thereby contributing to a more vibrant local economy. The project recognizes the cultural significance of public seating and encourages customization to fit local customs and preferences, creating a city and territory that reflects its unique cultural identity. By sharing its open documentation and models, the project facilitates knowledge sharing among different communities globally, allowing them to adapt and replicate successful approaches, thus contributing to a regenerative economy on a larger scale.

Life-centred

The project places communities and individuals at the center of its initiatives, focusing on their needs, preferences, and cultural significance. It prioritizes human and community well-being over technological advancement. Through its commitment to sustainability and the use of locally available resources, the project demonstrates an ecological approach that prioritizes the well-being of the Earth and its ecosystems. It reduces waste, promotes resource efficiency, and contributes to a healthier environment. By involving communities in the design and manufacturing of public benches, the project enhances community resilience. It fosters collaboration, strengthens social ties, and encourages shared responsibility, which are vital aspects of resilient ecosystems. While it incorporates technology to some extent (e.g., 3D printing), the project’s primary focus is on human-centered innovation, ensuring that technology serves the well-being of individuals and communities rather than dominating or overshadowing their needs.

Holistic

The project emphasizes sustainability by promoting the use of locally available resources and reducing waste. This contributes to a more sustainable urban environment by optimizing resource utilization. hrough community collaboration and the creation of shared public spaces, the project enhances community resilience. It fosters social connections and collective responsibility, which are crucial aspects of building resilient cities. By involving citizens, businesses, makers, and artists in the project, it promotes inclusivity and ensures that diverse perspectives and talents are considered in the design and manufacturing process. This inclusivity contributes to more inclusive cities and territories. he project involves various stakeholders, including citizens and organizations, reflecting an interdisciplinary approach to urban problem-solving. This holistic perspective addresses urban issues from various dimensions and interdependencies. Through open documentation and knowledge sharing, the project enables other cities and territories to learn from its experiences and adapt successful practices, contributing to the development of sustainable and inclusive urban environments on a broader scale.

This article Distributed manufacture of a neighborhood bench was published first on echofab.

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[FR] Design Industriel https://www.echofab.quebec/portfolio-item/fr-design-industriel/ Thu, 04 Feb 2016 17:37:23 +0000 http://www.echofab.quebec/?post_type=avada_portfolio&p=4304 Design Industriel Description fonctionnelle Sabiduria is designed for the eco–conscious modern lifestyle. It gives us a better understanding of how to conserve some of our vegetables and fruits at room temperature instead of storing them in the refrigerator. Sabiduria’s presence invites us to eat more fruits and vegetables. It [...]

This article [FR] Design Industriel was published first on echofab.

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Design Industriel

Description fonctionnelle

Sabiduria is designed for the eco–conscious modern lifestyle.

It gives us a better understanding of how to conserve some of our vegetables and fruits at room temperature instead of storing them in the refrigerator.

Sabiduria’s presence invites us to eat more fruits and vegetables. It Also shows us what we have purchased and consumed. Sabiduria’s storage and display, avoid us to over-purchase and end up with spoiled food.

This unit is designed to help consumers purchase their produce wisely, to promote eating more fruits and vegetables for a healthy lifestyle and to raise awareness on proper storage in order to preserve freshness.

Cynthia Lopez Industrial Design Graduate 2015

Démonstration

Vernissage de Cynthia Lopez, Designer industriel, Collège Dawson 2015.

Étapes de réalisation du projet

In order to graduate from my Industrial Design program with a complete Vernissage stand, I had to build my thesis into a 1:2 scale model to illustrate how the product will look in real life.

However, one of my main concern was how I was going to recreate the structure that will hold three block of basswood without breaking and the front panels of each drawer that will illustrate the aeration of the product.

Each being designed with organic shapes, the precision for making these parts with the tools available in school was too difficult and time consuming.

In order to reduce time consuming and get precise parts I decided to go to ECHOFAB and use their laser cutting machine. I was very pleased and amazed of how fast and precise this machine cut my parts.

This article [FR] Design Industriel was published first on echofab.

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[FR] Lampe casse-tête https://www.echofab.quebec/portfolio-item/fr-lampe-casse-tete/ Tue, 27 Jan 2015 17:37:17 +0000 http://www.echofab.quebec/?post_type=avada_portfolio&p=4298 Lampe casse-tête   Description fonctionnelle J’ai fait ce projet parce que je cherchais un nouvel abat-jour pour ma lampe Ikea. Aussi parce que mes collègues m’ont demandé pourquoi j’ai imprimé des pièces de 1/2mm pendant deux jours. Autant eux se sont cassés la tête que moi en tentant de [...]

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Lampe casse-tête

 

Description fonctionnelle

J’ai fait ce projet parce que je cherchais un nouvel abat-jour pour ma lampe Ikea. Aussi parce que mes collègues m’ont demandé pourquoi j’ai imprimé des pièces de 1/2mm pendant deux jours. Autant eux se sont cassés la tête que moi en tentant de l’assembler. Pour environ 16 heures d’impression et 3 heures de montage on obtient cette lampe. Elle peut aussi être acheté chez Ikea ou en ligne, dans les marchés publics en Asie du Sud-Ouest.

Morale de ce projet, ça ne vaut pas le temps d’impression. La boule est beaucoup plus petite que je l’imaginais. Je suis un peu déçu. 

Le PLA utilisé pour ce projet est trop friable en petites couches. C’est difficile d’obtenir une constance dans l’impression puisque l’impression est faite de 3 couches de 0.2mm.

Plus drôle que pratique…

 

Idée originale et fichiers : http://www.thingiverse.com/thing:75582

 

This article [FR] Lampe casse-tête was published first on echofab.

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[FR] Photomaton 3D https://www.echofab.quebec/portfolio-item/fr-photomaton-3d/ Fri, 07 Nov 2014 17:37:12 +0000 http://www.echofab.quebec/?post_type=avada_portfolio&p=4293 Photomaton 3D   Concept   Machine permettant de numériser une personne. Cette machine sera utilisée dans le cadre d’une activité au Centre des Sciences de Montréal, organisée par le Centre Turbine. Concept Pour numériser un objet en 3D, il faut avoir des prise de vue de cet objets sous tout [...]

This article [FR] Photomaton 3D was published first on echofab.

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Photomaton 3D

 

Concept

 

Machine permettant de numériser une personne. Cette machine sera utilisée dans le cadre d’une activité au Centre des Sciences de Montréal, organisée par le Centre Turbine.

Concept

Pour numériser un objet en 3D, il faut avoir des prise de vue de cet objets sous tout ses angles. Suivant cette logique, la technique populaire consiste à faire tourner un objet sur son axe et de prendre des photos de façon constante, en plongé et en contre-plongé. Imaginez qu’on place un objet sur une table tournante qu’on le photographie à un rythme constant.

Suivant cette base, nous utilisons donc un système de table tournante, une structure vertical pour fixer une Kinect (qui remplace les appareils photos) et un poste informatique pour traiter l’information de la Kinect. La surface rotative est tournée manuellement à l’aide d’un système d’engrenage.

Une fois le modèle généré par le logiciel Skanect, nous imprimerons le modèle avec une imprimante 3D.

La construction et le développement de ce projet est entièrement fait par l’équipe d’échoFab.

Pour plus de détail sur la construction, veuillez visiter la page wiki.

Contact et questions

Pour toutes questions en lien avec le projet, veuillez nous écrire au info@echofab.org

Ont contribués à ce projet

Antoine et Yves – Centre Turbine
Roby Provost – Recherche Logicielle
Raphaël Dermers – Conception Technique
Marc-Olivier Ducharme – Conception Technique originale et démarrage du projet.
Yoann Ochietti – Conception Technique

Si votre nom n’apparait pas n’hésitez pas à l’ajouter à la liste ou nous contacter!

Étapes de réalisation du projet

Système d’engrenage fait à partir d’un vieux vélo et de matériel de quincaillerie.

Test du système d’engrenage.

Test de groupe & résultat concluant.

Reconstruction du modèle dans Skanect.

Exemples de modèles générés par notre photomaton 3D.

Des visiteurs obnibulés par le processus.

Fichiers utilisés

Link_to_my_file_1

Link_to_my_file_2

Matériel
Item Spécification Quantité Impact Prix
Column 0 Value Column 1 Value Column 2 Value Column 3 Value Column 4 Value

This article [FR] Photomaton 3D was published first on echofab.

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[FR] Denis en chocolat https://www.echofab.quebec/portfolio-item/fr-denis-chocolat/ Wed, 05 Mar 2014 17:37:11 +0000 http://www.echofab.quebec/?post_type=avada_portfolio&p=4292 Denis en chocolat   Description fonctionnelle Petit projet de moulage alimentaire. Ce projet à été développé pour une présentation dans le cadre de Wikicité organisé par l’Office de la Consultation Publique de Montréal, les 27 et 28 février 2014.  Un peu embêtés de toujours imprimer des chats et des [...]

This article [FR] Denis en chocolat was published first on echofab.

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Denis en chocolat

 

Description fonctionnelle

Petit projet de moulage alimentaire. Ce projet à été développé pour une présentation dans le cadre de Wikicité organisé par l’Office de la Consultation Publique de Montréal, les 27 et 28 février 2014.  Un peu embêtés de toujours imprimer des chats et des hiboux lors de nos sorties, nous cherchions quelque chose de plus approprié. Et à l’aire du 3D, pourquoi ne pas imprimer notre maire….et pourquoi pas le mouler en chocolat? Belge de surcroit.

Étapes de réalisation du projet

Nous sommes partis d’une image trouvée sur le site de La Presse. Le contraste entre le visage et le fond était important donc approprié. Évidement, une petite touche de Gimp saurait régler le problème. Il faut faire quelques corrections. Dans un premier temps, pâlir les zones trop sombres des narines et des yeux, puis passer en mode « teintes de gris ».

L’image est ensuite importée Cura.

La base est de 0.5mm, l’extrusion de 0.8mm et nous choisissions d’extruder les zones les plus pâles.

Nous avons donc une extrusion du visage en une quinzaine de couche. Une fois l’impression lancée, il ne faut plus qu’attendre 10 minutes pour obtenir le résultat final.

Nous avons choisi un silicone alimentaire SmoothSil 940.

50 grammes étaient suffisant pour faire un moulage d 8cmx9cm. À l’aide d’une balance nous mesurons les quantités nécessaires tel qu’indiqués sur le feuillet d’instruction soit 45 grammes du produit A et 4.5 grammes du produit B que nous avons vigoureusement mélangé et versé sur l’impression placée au fond d’un récipient de plastique.

 

18 heures plus tard nous obtenons un moule de silicone qui devra être curé au four pendant 2 heures à 200 degrés.

Le moule est enfin prêt à être utilisé.

Nous avons fait fondre le chocolat dans un plat à fondue. Une fois liquide, nous l’avons versé dans le moule. Le moule a ensuite été placé au congélateur pendant 10 minutes avant de procéder au démoulage. Et voilà!

Fichiers utilisés

Link_to_my_file_1

Link_to_my_file_2

Matériel
Item Spécification Quantité Impact Prix
Column 0 Value Column 1 Value Column 2 Value Column 3 Value Column 4 Value

This article [FR] Denis en chocolat was published first on echofab.

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[FR] Échorap https://www.echofab.quebec/portfolio-item/fr-echorap/ Thu, 12 Dec 2013 17:51:41 +0000 http://www.echofab.quebec/?post_type=avada_portfolio&p=4308 Design Industriel Description fonctionnelle Sabiduria is designed for the eco–conscious modern lifestyle. It gives us a better understanding of how to conserve some of our vegetables and fruits at room temperature instead of storing them in the refrigerator. Sabiduria’s presence invites us to eat more fruits and vegetables. It [...]

This article [FR] Échorap was published first on echofab.

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Design Industriel

Description fonctionnelle

Sabiduria is designed for the eco–conscious modern lifestyle.

It gives us a better understanding of how to conserve some of our vegetables and fruits at room temperature instead of storing them in the refrigerator.

Sabiduria’s presence invites us to eat more fruits and vegetables. It Also shows us what we have purchased and consumed. Sabiduria’s storage and display, avoid us to over-purchase and end up with spoiled food.

This unit is designed to help consumers purchase their produce wisely, to promote eating more fruits and vegetables for a healthy lifestyle and to raise awareness on proper storage in order to preserve freshness.

Cynthia Lopez Industrial Design Graduate 2015

Démonstration

Vernissage de Cynthia Lopez, Designer industriel, Collège Dawson 2015.

Étapes de réalisation du projet

In order to graduate from my Industrial Design program with a complete Vernissage stand, I had to build my thesis into a 1:2 scale model to illustrate how the product will look in real life.

However, one of my main concern was how I was going to recreate the structure that will hold three block of basswood without breaking and the front panels of each drawer that will illustrate the aeration of the product.

Each being designed with organic shapes, the precision for making these parts with the tools available in school was too difficult and time consuming.

In order to reduce time consuming and get precise parts I decided to go to ECHOFAB and use their laser cutting machine. I was very pleased and amazed of how fast and precise this machine cut my parts.

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This article [FR] Échorap was published first on echofab.

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