After winning the National Innovation Contest for our Bio 3D printer concept, we pivoted into life sciences and founded Sytolab to bring the idea to reality. With venture backing from Capital2B, we set up our office in HSR Layout, Bengaluru, and built a multidisciplinary team.
At Sytolab, I led the design and development of a volumetric extrusion-based Bio 3D Printer with multi-head, multi-zone temperature control. These systems were successfully installed at leading institutions including AIIMS Delhi, IIT Hyderabad, IIT Indore, and SRM IST, enabling research in bioprinting and regenerative medicine.
My role spanned product development, team leadership, financial planning, investor relations, and marketing, balancing both technical execution and business responsibilities.
Visit us : www.sytolab.com
When we pivoted into bioprinting, we adopted volumetric extrusion as our core technology. The decision came from our need to achieve greater material flexibility, precise deposition, and multi-head control, while keeping the system robust for research use.
At that time, volumetric extrusion was still emerging in the field. Interestingly, the approach has since been adopted by global leaders such as Cellink in their latest machines, validating our early choice and reinforcing its value as the future of bio 3D printing.
Here's a video demonstrating the workflow our 3D Bio printer