A Kerala-based start-up has delivered the Akasha300 3D Printer to the Indian Space Research Organisation, marking a significant step toward India’s self-reliance in advanced manufacturing technologies.
About Akasha300 3D Printer
The Akasha300 is a high-temperature, multi-material extrusion 3D printer designed for industrial and research applications. It has been developed with support from the Indian Institute of Space Science and Technology through its Space Technology Innovation and Incubation Centre, along with the Kerala Startup Mission.
It represents a collaborative innovation ecosystem involving academia, startups, and government support.
Key Features of Akasha300
Advanced High-Temperature Capability
The printer uses dual-extrusion technology and can operate at temperatures up to 350°C, with future upgrades expected to extend this limit to 500°C. This allows the use of advanced engineering materials.
High-temperature capability enables printing of complex, high-performance components.
Modular and Flexible Design
Its modular extruder system allows the addition of multiple extrusion units, enabling hybrid manufacturing techniques that combine different materials and processes.
The modular design ensures flexibility and future scalability.
Thermal Control System
The printer includes a heated bed (up to 110°C, upgradeable to 150°C) and an enclosed chamber that maintains temperatures up to 80°C. This ensures stable printing conditions for sensitive materials.
Precise thermal control ensures accuracy and reliability in printing.
Industrial-Grade Build and Safety
It is designed as a robust research platform with a strong motion system and integrated air filtration, making it suitable for industrial and laboratory environments.
The system supports safe, high-quality, and continuous operation.
Significance of Akasha300
The Akasha300 3D Printer is a major step in enhancing India’s capabilities in additive manufacturing, particularly in sectors like space, defence, and advanced engineering. It enables faster prototyping, efficient design testing, and the creation of complex components.
For organisations like the Indian Space Research Organisation, such technology reduces dependence on foreign equipment and strengthens domestic innovation.
It boosts self-reliance, innovation, and technological capability in critical sectors.
Conclusion
The Akasha300 3D Printer reflects India’s growing strength in cutting-edge manufacturing technologies. With its advanced features and indigenous development, it has the potential to transform research and industrial production.
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In every Lecture. Director Sir will provide conceptual understanding with around 800 Mindmaps.
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