Guides

#3DStartup: OsseoLabs’ AI-Led Surgical Intelligence Platform and Material

3D printed implants have already demonstrated huge potential in the surgical space. These implants are customized for patients, can reduce operating times by hours, and improve overall operational success. Today, we’re featuring a company entering that space: OsseoLabs. A f

OsseoLabs
3Dnatives

3D printed implants have already demonstrated huge potential in the surgical space. These implants are customized for patients, can reduce operating times by hours, and improve overall operational success. Today, we’re featuring a company entering that space: OsseoLabs. A finalist for the Formnext 2025 Startup Award, the young company has two integrated core technologies: OsseoVision™, an AI-led surgical intelligence platform, and a proprietary bioresorbable magnesium (Mg) 3D-printing platform. These platforms allow for a high degree of personalization, biological performance, and cost efficiency that outpaces conventional implants by a mile. We interviewed Vikram Ahuja, co-founder and CEO of the company, to learn about how its technology works and how it impacts patients’ lives.

3DN: Could you introduce yourself and share what led you into 3D printing and co-founding OsseoLabs?

I’m Vikram Ahuja (Vicky), co-founder and CEO of OsseoLabs. My background spans engineering, business economics, and company building across EV, AI, and MedTech. Prior to OsseoLabs, I co-founded multiple venture-backed startups, including Edison Motors, which was acquired by a Singapore-listed company, giving me firsthand experience scaling deep-tech products from R&D through commercialization and exit.

Vikram Ahuja

I was drawn to 3D printing not as a manufacturing novelty, but as a systems-level solution to structural inefficiencies in healthcare—specifically the mismatch between standardized implants and highly variable human anatomy. OsseoLabs was co-founded with Patcharapit Promoppatum (Joe), a mechanical engineer and academic specializing in additive manufacturing, biomechanics, and topology optimization. Our partnership combines execution-driven company building with deep technical and clinical engineering expertise.