IN-SPACe Transfers ISRO Tech to Indian Firms for Indigenous Growth

Quick Summary

• IN-SPACe has facilitated the transfer of five ISRO-developed technologies to Indian companies to reduce dependence on imports.
• The tripartite agreements were signed between NSIL, recipient industries, and IN-SPACe in Ahmedabad.
• Technology transfers aim at commercialization, self-reliance, reduced imports, and expanding applications in sectors like automotive, biomedical, and industrial manufacturing.
• Key technology transfers include:

– Voltix Semicon Pvt Ltd acquired LTCC Multi-Chip Module for biomedical use such as RT-PCR kits production.- Crest Speciality Resins Pvt Ltd obtained RTV Silicone Single-Part Adhesive for solar panel bonding.
– Azista Composites Pvt Ltd gained Film Adhesives EFA 1753/EFA 1752 manufacturing tech for industrial applications.- Ananth Technologies received the 30W HMC DC-DC Converter technology from URSC.
– Pushpak Aerospace obtained anodization techniques for Al-10Si-Mg alloy developed by URSC using 3D printing methods.

• This takes the total number of Technology Transfer Agreements (TTAs) executed with industries to 98.

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Indian Opinion Analysis
The successful transfer of ISRO’s technologies by IN-SPACe reflects meaningful progress in India’s mission toward indigenization across critical sectors like space exploration and advanced manufacturing technology. Notably, these agreements strengthen domestic capability while simultaneously reducing reliance on costly imports-vital steps toward self-reliance envisioned under initiatives such as “Aatmanirbhar Bharat.”

These developments also promise commercial benefits by enabling broader submission of space-grade technologies within civilian industries like solar energy or biomedical equipment which previously relied heavily on foreign supply chains. By fostering innovation at home through collaboration with companies such as Voltix Semicon and Pushpak Aerospace,India further aligns itself with global trends emphasizing local industry empowerment in high-tech domains.

The variety covered-from adhesives aiding renewable energy panels to multi-chip modules for mass-scale biomedical diagnostics-shows foresight in tech diversification that could yield long-term benefits across multiple sectors beyond space research alone.