With reference to the 'Akasha300 3D Printer,' recently in the news, which of the following statements are correct?
- It is a high-temperature 3D printer developed jointly by the Indian Space Research Organisation (ISRO) and the Kerala Startup Mission.
- Its modular extruder design and dual-extrusion technology allow for hybrid additive manufacturing techniques and printing at temperatures up to 350°C.
- The printer features a heated bed and an enclosed chamber that enable stable printing of high-performance materials requiring strict thermal conditions.
Select the correct codes from below
Explanation - Akasha300 3D Printer is a high-temperature multi-material extrusion 3D printer. It is backed by the Space Technology Innovation and Incubation Centre at IIST and the Kerala Startup Mission. Features of Akasha300 3D Printer — The printer features dual-extrusion technology capable of operating at temperatures up to 350°C, with future upgrades planned to extend this to 500°C. Its modular extruder design allows integration of additional extrusion systems, paving the way for hybrid additive manufacturing techniques. It includes a heated bed that can reach up to 110°C, upgradeable to 150°C, and an enclosed chamber capable of maintaining temperatures up to 80°C. This enables stable and precise printing of high-performance materials that require strict thermal conditions. It is designed as an industrial-grade research platform, the system incorporates a robust motion system and integrated air filtration. Significance — These features make it suitable for research and development, allowing engineers and scientists to create functional components and prototypes with greater speed and accuracy.
Explanation - Akasha300 3D Printer is a high-temperature multi-material extrusion 3D printer. It is backed by the Space Technology Innovation and Incubation Centre at IIST and the Kerala Startup Mission. Features of Akasha300 3D Printer — The printer features dual-extrusion technology capable of operating at temperatures up to 350°C, with future upgrades planned to extend this to 500°C. Its modular extruder design allows integration of additional extrusion systems, paving the way for hybrid additive manufacturing techniques. It includes a heated bed that can reach up to 110°C, upgradeable to 150°C, and an enclosed chamber capable of maintaining temperatures up to 80°C. This enables stable and precise printing of high-performance materials that require strict thermal conditions. It is designed as an industrial-grade research platform, the system incorporates a robust motion system and integrated air filtration. Significance — These features make it suitable for research and development, allowing engineers and scientists to create functional components and prototypes with greater speed and accuracy.