Summary of Startup NASA Feature Series: Rosotics, Inc.

00:00:00 - 00:50:00

Rosotics, Inc. is a startup that is working on developing metal additive manufacturing technology that is scalable and able to print large structures. Their presentation focuses on this problem and their journey to date. The company is currently in the early stages of development, and is looking for investors or partners to help them through the first milestone of their project.

• 00:00:00 Rosotics is a company that is working on developing metal additive manufacturing technology that is scalable and able to print large structures. Their presentation focuses on this problem and their journey to date.
• 00:05:00 The video discusses how Rosotics, Inc., inspired by nature, is developing technology to make large-scale manufacturing possible from multiple point sources. Rapid induction printing is a new printing technology that is essential for this goal.
• 00:10:00 The video discusses the development of the Rosotics drone and its potential applications in the metal additive industry. The video explains that the drone is energy efficient and can be used in open air, which is a big advantage over traditional manufacturing methods.
• 00:15:00 NASA's technology transfer program helped a startup develop a process for rapid 3D printing, which is important for industries such as aerospace and energy. The company is also working on a drone that will use the process.
• 00:20:00 The Rosotics team has developed a fully autonomous metal 3d printer that is capable of printing very large components at a high performance level. The printer is designed to be accessible to industries that need large structural components, such as aerospace and energy. The team plans to offer the printer as a service, which would eliminate the need for special transportation and installation procedures for large metal structures.
• 00:25:00 Rosotics, Inc. is a startup company that is working on a technology that will allow for manufacturing of products on site, without the need for shipping containers or any extra additives. The company is currently in the early stages of development, and is looking for investors or partners to help them through the first milestone of their project. The technology is based on a process called "reduced drag design," which is a newer version of the technology used in aircrafts. The company is projecting that the drones will be able to operate for four to five minutes, and that they will be able to rapidly restock, in order to keep the job going.
• 00:30:00 The Rosotics, Inc. team is working on a ground-based printing process that is more efficient than flying drones, and they are looking into using commercial off-the-shelf technologies to make the process easier. There will always be mistakes made during the printing process, but the team is working on ways to minimize them.
• 00:35:00 Rosotics, Inc. is a new 3D printing technology company that uses technology from NASA to reduce the risk of print failures. The company has been successful in raising capital from friends and family, and is now looking to venture capital for further growth. As an entrepreneur, Rosotics faced some challenges in finding world-class experts for their technology, but was able to overcome them by forming a founding team of talented individuals.
• 00:40:00 The Rosotics team is working on a technology that will help solve the problem of post-processing for metal 3d printing. They have met with executives from companies like SpaceX and Phantom Space to learn more about the current state of the technology and the challenges involved in implementing it.
• 00:45:00 The company, Rosotics, is working on a hardware as a service model for metal 3d printing, with the goal of making the process easier to use and more efficient. They are also looking to be the only provider of this service, and are currently in the process of demonstrating that the process works.
• 00:50:00 The video discusses the startup, Rosotics, Inc. and its plans for the future. It notes that the company is focused on large aerospace-related projects, relativity (which is key to the company's goals), and induction printing (which has yet to be done but is expected to be a major breakthrough).