India’s high-end manufacturing ecosystem received a boost with the first delivery of the Akasha300, a high-temperature multi-material extrusion 3D printer, to the Liquid Propulsion Systems Centre in Valiyamala, Kerala. The system is designed for advanced additive manufacturing, rapid prototyping and research in space and industrial applications. It strengthens domestic capability in producing complex components that are difficult to make through conventional methods.
What is Akasha300
Akasha300 is an industrial-grade 3D printer built for engineering research. It uses dual-extrusion technology and can operate at temperatures up to 350°C. Future upgrades are planned to raise this limit to 500°C. The modular design allows additional extrusion systems to be integrated, supporting hybrid additive manufacturing.
Thermal and Design Features
The printer is built to handle high-performance materials that need strict thermal control. Its heated bed can reach 110°C, with an upgrade path to 150°C. The enclosed chamber can maintain temperatures up to 80°C. These features help ensure stable printing, better precision and improved material performance.
Role in Space and Industrial Research
The system is expected to support propulsion research, materials development and rapid prototyping at LPSC. It is suited for creating functional parts for demanding environments where standard manufacturing falls short. The integrated air filtration and robust motion system make it useful for laboratory and industrial R&D.
Innovation Ecosystem Behind the Project
The Akasha300 was developed with support from the Space Technology Innovation and Incubation Centre at the Indian Institute of Space Science and Technology and the Kerala Startup Mission. The project reflects growing collaboration among academia, startups and India’s space sector to build indigenous advanced manufacturing capacity.
Last Modified: April 29, 2026