Manufacturing and engineering for the space industry: advanced, customized solutions
At INDAERO Emergy Group, we offer engineering, machining and additive manufacturing services for the space sector, adapting our advanced technologies to the exacting demands of the industry. With proven experience in NewSpace projects and the ability to work with a wide range of materials, we are able to design and manufacture critical components for satellites and space structures with precision and efficiency. Our focus is on providing innovative solutions that ensure the success of every mission.
Engineering, machining and additive manufacturing for NewSpace
INDAERO offers comprehensive solutions for the space sector, including additive manufacturing, 5-axis machining and advanced engineering for NewSpace projects. With more than 1200 parts produced for high precision projects, we work in partnership with ONE WEB Satellites and other leading companies.
Examples of projects
At INDAERO, we have participated in important projects in the space sector, applying our capabilities in additive manufacturing and machining. A prime example is the CubeSat 3U structure for the NEPTUNO satellite, where we used 3D printing technology to produce key components.
We have also collaborated in the manufacture of machined parts for the Radar Earth Observation Satellite, ensuring precision in the structure of the earth observation satellite. In addition, we have produced more than 2,400 aluminum spare parts for solar panel satellites, ensuring the durability and quality of these essential components in space.
Need a quote?
At INDAERO, we are prepared to offer you a customized quote for any need in the aeronautical sector. From labeling solutions and interior customization, to high precision machining and specialized aviation protections.
Our team of experts is here to help you take it to the next level.
Additive manufacturing technology and analysis for space
Our experience in the additive manufacturing of ceramic, metallic and polymeric materials allows us to offer customized and high quality solutions. We perform a complete analysis of materials, feasibility and design to ensure that each project meets international standards.
Analysis and manufacturing process
We perform an exhaustive 3D materials analysis to evaluate the feasibility of the most advanced materials used in the space sector, ensuring that each component meets the technical requirements necessary for its application. In addition, we carry out a redesign and cost analysis, optimizing designs to improve both profitability and efficiency in the manufacture of each part.
Our commitment to regulatory compliance ensures that all processes follow the strictest international standards, guaranteeing the safety and reliability of products manufactured for space missions.
Technologies and materials used in the space sector
INDAERO employs a combination of advanced technologies for the space sector, including 3D printing, 5-axis machining and laser cutting and welding. In addition, we work with a wide range of materials that meet the highest market requirements.
Main technologies
At INDAERO, we employ a wide range of advanced technologies to meet the demands of the space sector. Our 3D printing capabilities encompass the production of ceramic, metal and polymer parts, enabling the creation of lightweight and durable components for a variety of applications .
In addition, we offer 5-axis machining, a technique that guarantees the high precision required for the manufacture of complex and critical parts. We complement these processes with laser cutting and welding, ideal for the creation and assembly of metal components, ensuring the durability and reliability of each manufactured part.
Materials used
At INDAERO, we work with a variety of advanced materials that meet the demanding requirements of the space sector. We use aluminum and titanium for the manufacture of structural components, thanks to their lightness and strength, ideal to withstand the extreme conditions of space.
We also employ ULTEM 9085 and other high thermal resistance polymers, which ensure optimum performance in high-temperature environments. In addition, our experience with ceramics enables us to manufacture specialized components that require a unique combination of strength and durability in critical space applications.
+1200 parts . Spare parts machined in 5 axes for ONE WEB SATELLITES
CubeSat 3U structure. Structure manufactured by additive manufacturing for the NEPTUNE SATELLITE.
+15 pieces. Machined spare parts for the TERRESTRIAL OBSERVATION RADAR SATELLITE structure.
+2400 pieces Aluminum spare parts for solar panel satellites