• Cubicoff and SOLAR MEMS Technologies have been awarded the D-DOGSE project, leading the development of an innovative ground optical support system for validating solar sensors in satellites. This initiative integrates additive manufacturing and advanced simulations to enhance testing efficiency and sustainability.
The consortium, formed by Cubicoff and SOLAR MEMS Technologies, is spearheading the D-DOGSE (Disruptive – Dynamical Optical Ground Support Equipment) project, set to revolutionize ground support equipment for satellite testing. This project is part of the Develop Call under the European In Transit Consortium, which includes 10 entities from 6 EU countries, aiming to strengthen the resilience of European SMEs in the textile, aerospace, advanced manufacturing, and construction sectors.
Cubicoff will contribute its extensive expertise in advanced engineering, leading key strategic areas:
- System Design and Topological Optimization: Utilizing cutting-edge techniques to reduce weight and improve structural efficiency.
- Detailed Engineering and Thermal-Mechanical Simulations: Ensuring system performance under extreme conditions through advanced analysis.
- Additive Manufacturing: Leveraging 3D printing to optimize production with complex geometries and enhanced material efficiency.
- Technical Assistance and Implementation Support: Guaranteeing compliance with aerospace industry technical and regulatory requirements.
- Cross-Sector Replicability: Applying knowledge from this project to industries such as construction and textiles, fostering technological convergence.
The D-DOGSE project introduces a new approach to solar sensor validation, enabling the simulation of light sources from multiple directions without physically moving the light source. This innovation enhances the realism and accuracy of extreme-condition testing.
“This project marks a significant milestone for Cubicoff in the aerospace sector, strengthening our ability to develop cutting-edge engineering solutions with applications across multiple industries. By combining additive manufacturing with advanced thermal and optical simulations, we will contribute to the validation of key space technologies for the future,” stated David Pérez Sigüenza, CEO of Cubicoff.
The D-DOGSE project prioritizes sustainability by implementing additive manufacturing technologies, which drastically reduce material consumption and waste compared to traditional machining processes. Estimates suggest that material waste will decrease by up to 75% compared to conventional methods, while component manufacturing time will be cut by approximately two weeks, optimizing efficiency and minimizing environmental impact.
With D-DOGSE, Cubicoff and SOLAR MEMS Technologies strengthen their position as leaders in technological innovation, paving the way for the new era of space industry advancements and advanced manufacturing.
About Cubicoff
Cubicoff specializes in comprehensive engineering, industrial architecture, and R&D solutions, offering services that cover the entire project lifecycle, from conceptualization to final execution. With a highly skilled team, Cubicoff focuses on the implementation of new industrial plants and the refurbishment of existing facilities, adapting to each client’s unique needs. Whether through end-to-end projects or targeted interventions, the company applies a PMP-based methodology to ensure efficient project management and optimal results. For more information, visit cubicoff.com.
About SOLAR MEMS Technologies
SOLAR MEMS is a Spanish technology company specializing in Micro Electro Mechanical Systems (MEMS) and their application in the design and development of high-precision solar sensors for the space sector and other high-tech markets. For more information, visit solar-mems.com.