As a significant advancement for China's space technology, Yuhang-based Hangzhou Gaoxi Technology has made headlines with its contribution to the recent successful launch of the Jielong-3 carrier rocket near Yangjiang, Guangdong province.

This launch marked a milestone with the deployment of China's first privately-developed, fully autonomous ultra-high-speed bidirectional satellite-ground laser communication terminal into orbit. This development underscores a new era of innovation and independence in China's burgeoning space sector.

At the heart of this technological feat is Gaoxi Technology's innovative cooling module, the high-throughput CoolCore module, designed specifically for communication satellites' cameras. This cutting-edge product represents another shining example of "Yuhang Intelligent Manufacturing" making its mark in space, following the integration of Sikan Tech's SIMSCAN 3D scanning product into the Chinese space station's Mengtian lab module.

The CoolCore module, a sophisticated blend of metal end caps and flexible graphene cooling films, addresses the critical need for precise temperature control in satellite detection systems. As space exploration ventures become more ambitious, the demand for high precision in temperature regulation has never been higher. Gaoxi Technology's solution not only ensures the optimal sensitivity of camera modules but also significantly improves the structural stress conditions between the camera modules and their cooling surfaces.

Speaking on the innovation, Han Yi, co-founder and vice president of Gaoxi Technology, highlighted the module's capability to efficiently manage heat dissipation, thus preventing local overheating and ensuring the best possible performance of the satellite systems. This breakthrough is particularly relevant as China's commercial space market opens up, promising explosive growth in the market for satellite communication system terminals and software applications.