IndiOss: Design, Development, and Preclinical Validation of a Novel Dental Intraosseous Implant System – An Indigenous Product Innovation

Objective: To present the design, development, and preliminary validation of IndiOss™, a novel 100% indigenous dental intraosseous implant system integrating biomechanical optimization and digital CAD/CAM compatibility.

Methods: The implant design process followed biomechanical modeling principles and digital engineering standards. The geometry was optimized for osseointegration and primary stability using CAD/CAM and finite element–based validation. Material characterization ensured strength, corrosion resistance, and biocompatibility.

Results: The Indi-Ossdesign achieved precision-engineered geometry, modular adaptability, and strong mechanical reliability. Prototype analysis indicated superior load distribution and potential for enhanced bone-implant contact.

Conclusion: The Indi-OssDental Implant System demonstrates technological readiness for preclinical validation (TRL-2) and commercialization. It represents an affordable, indigenous alternative to imported implant systems, aligning with Make in India and Atmanirbhar Bharat initiatives.

Dental Implant, Osseointegration, Biomechanics, Indigenous Innovation

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