Artec 3D Partners with Handicap International to Enhance Prosthetic Production in Rwanda

Artec 3D, a Luxembourg-based 3D scanner manufacturer, has partnered with Handicap International, an NGO that works with disabled individuals in various countries, to enhance prosthetic production in Rwanda. The collaboration aims to develop an efficient process for producing customized accessories, such as orthotics and prosthetics, by using digital scanning technology. Artec 3D has provided their handheld 3D scanner, the Artec Leo, along with the necessary software and training to run the solution. The project is currently focused on creating prosthetics and orthoses for children, with the intention of continuously adapting and improving the designs through iterative 3D printing. This partnership highlights the potential of combining 3D scanning and printing to create effective and personalized solutions for individuals with disabilities.

Artec 3D Partners with Handicap International to Enhance Prosthetic Production in Rwanda

artec-3d-partners-with-handicap-international-to-enhance-prosthetic-production-in-rwanda Artec 3D Partners with Handicap International to Enhance Prosthetic Production in Rwanda

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Introduction

In an effort to improve the production of prosthetics in Rwanda, Artec 3D has partnered with Handicap International, an NGO that works to support disabled and vulnerable individuals in various situations. Artec 3D, a Luxembourg-based 3D scanner manufacturer, has been working with Handicap International in Africa to develop a more efficient and accurate process for creating customized accessories such as orthotics, prosthetics, and other supports. By utilizing advanced 3D scanning technology and digital workflows, Artec 3D aims to enhance the production and fit of prosthetic devices for patients in Rwanda.

The Role of Artec 3D in Africa

Artec 3D is a leading provider of 3D scanning solutions, offering a range of devices to accommodate various scanning scenarios. Their commitment to improving healthcare and assisting disabled individuals has led them to partner with Handicap International in Africa. By leveraging their expertise in 3D scanning technology, Artec 3D aims to revolutionize the production of prosthetics in Rwanda and provide better solutions for patients in need.

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The Artec Leo 3D Scanner

The Artec Leo is a handheld 3D scanner developed by Artec 3D. Unlike most handheld scanners, the Leo is completely self-contained, eliminating the need for tethering to a nearby PC during scanning. The device is equipped with built-in processing capabilities, eliminating the need for external software or devices. The portability and ease of use make the Artec Leo an ideal tool for scanning in various environments, including fieldwork settings.

Advantages of the Artec Leo

The Artec Leo offers several distinct advantages over traditional handheld 3D scanners. Its self-contained design allows for greater freedom of movement during scanning, eliminating the need for cumbersome cables and external devices. The built-in display and battery make the Leo easy to use and manage in the field, enhancing efficiency and productivity. Additionally, the Leo’s speed, precision, and usability contribute to an improved return on investment for users.

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Partnership with Handicap International

The partnership between Artec 3D and Handicap International aims to enhance the production of customized accessories for disabled individuals in Rwanda. Handicap International, with its extensive experience in supporting disabled and vulnerable populations, brings a wealth of knowledge and resources to the partnership. By combining their expertise and resources, Artec 3D and Handicap International are working together to develop an efficient and effective process for producing personalized orthotics, prosthetics, and other supports.

Goals of the Partnership

The overarching goal of the partnership between Artec 3D and Handicap International is to improve the quality and accessibility of prosthetic devices for disabled individuals in Rwanda. By utilizing advanced 3D scanning technology, the partners aim to create customized prosthetics that accurately match the wearer’s body geometry. This digital approach offers several advantages over traditional casting or sculpting methods, including increased accuracy, cost-effectiveness, and faster production times. Ultimately, the partnership seeks to provide better solutions and improved mobility for disabled individuals in Rwanda.

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Digital Workflow for Prosthetic Production

The partnership between Artec 3D and Handicap International utilizes a digital workflow to streamline the production of prosthetic devices. This workflow begins with the use of the Artec Leo 3D scanner to capture precise measurements and create a digital model of the patient’s body geometry. The captured data is then processed using Artec Studio, a powerful software tool developed by Artec 3D. This software enables the manipulation and enhancement of the scanned data, ensuring a customized and accurate fit for the prosthetic device. Once the digital model is refined, it can be sent to a 3D printer for fabrication, allowing for the production of personalized prosthetics with greater speed and precision.

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Benefits of 3D Scanning and Printing

The utilization of 3D scanning and printing technologies in the production of prosthetic devices offers numerous advantages over traditional manufacturing methods. 3D scanning allows for the precise measurement and capture of the wearer’s body geometry, eliminating the need for manual measurements and casting. This increased accuracy ensures a better fit and greater comfort for the wearer. Additionally, 3D printing enables the rapid production of customized prosthetics, reducing lead times and costs associated with traditional manufacturing processes. The ability to iterate and modify designs quickly allows for continuous improvement and customization to meet the wearer’s unique needs.

Targeting Solutions for Children

The partnership between Artec 3D and Handicap International specifically targets solutions for children in need of prosthetic devices. By utilizing a digital workflow with 3D scanning and printing technologies, the partners aim to create prosthetics that can be iteratively 3D printed to “grow” with the child. This approach not only reduces costs associated with frequent replacements but also ensures a better fit and improved mobility as the child grows. Additionally, the partnership aims to develop custom orthoses for more effective joint realignment, further enhancing the quality of care for disabled children in Rwanda.

Future Plans

The collaboration between Artec 3D and Handicap International is an ongoing project with plans for further expansion and development. The partners are committed to continuously improving the production and fit of prosthetic devices in Rwanda. Moving forward, they aim to refine the digital workflow and optimize the utilization of 3D scanning and printing technologies. By leveraging their combined expertise and resources, Artec 3D and Handicap International are poised to make a significant impact on the lives of disabled individuals in Rwanda and beyond.

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