At Fracktal Works, we believe that innovation must serve a higher purpose. As pioneers in 3D printing technology, we are not just building products — we are building a better world. Our CSR initiatives reflect our commitment to environmental sustainability, education, healthcare, and inclusive growth.
We are committed to reducing waste and promoting sustainable manufacturing. Our 3D printing processes minimize material consumption, and we actively support projects that focus on recycling, reusability, and reducing carbon footprint in the additive manufacturing ecosystem.
We regularly partner with educational institutions to promote STEM and design learning. Through workshops, internships, and hands-on training in 3D printing, we empower students, engineers, and innovators with skills for the future.
During national emergencies like the COVID-19 pandemic, Fracktal Works actively contributed by 3D-printing essential medical equipment such as face shields and ventilator components. Our efforts continue through collaborations that bring accessible, affordable medical solutions to underserved communities.
CSR at Fracktal Works is not a checkbox — it’s a core principle. We are committed to aligning our growth with the well-being of people and the planet. Through ethical practices, responsible innovation, and community partnerships, we aim to create an impact that extends beyond business.
Join us in printing a better future.
(Above) A short news snippet showcasing how our printed Oxygen Concentrators helped the national fight during COVID-19
Wireless Energy + Smart Control = Portable Power Innovation
The Portal Point Generator is a portable, solar-powered energy hub designed for disaster zones, remote areas, and underserved communities. It enables users to generate, store, and manage electricity off-grid, all while providing connectivity and smart control through an integrated IoT layer.
This compact unit harnesses solar energy, stores it in Li-ion battery banks, and provides multiple power outputs (USB, AC, DC) to run small appliances, charge devices, or power communication tools. A built-in Raspberry Pi or ESP32-based controller offers telemetry, remote diagnostics, and usage analytics.
Access to electricity can be life-saving during emergencies, pandemics, or in off-grid regions. The Portal Point Generator provides a resilient, affordable, and scalable power solution that blends clean energy with smart tech.
This project explores the development of a low-cost, scalable electromechanical Braille display module designed to improve digital accessibility for the visually impaired. Unlike expensive commercial alternatives, this prototype focuses on affordability, modularity, and ease of integration into existing assistive technologies.
The module uses miniature actuators and mechanical linkages to raise and lower Braille dots in real time, enabling blind users to read digital text through touch. It can display one or more Braille characters and is designed to be chained with other modules for full-line or multi-line output.
Refreshable Braille output compatible with screen readers and embedded systems
Electromechanical design with tactile accuracy and speed
Modular architecture for scaling up as needed
Powered by microcontroller-based control logic and can interface with USB or Bluetooth modules
In partnership with the Digital Empowerment Foundation (DEF), we set up pilot 3D printing labs in Pondicherry, Tamil Nadu, and Nuh, Haryana, empowering children from underserved communities with hands-on experience in CAD design and 3D printing.
Each lab included a desktop 3D printer and an online engineering course, allowing students aged 10+ to learn independently with minimal teacher support.
Children designed practical items like pencil holders, shelves, and toys
Majority of learning was self-directed through digital content
Built digital skills, confidence, and creativity at a young age
This initiative highlights how access to technology can inspire real-world innovation—at any age, anywhere.
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