Meteora3D, a University of Cincinnati startup, secures $500K to fast-track 3D printed anatomical models, aiding surgeons in complex procedures.
Meteora3D Fast-Tracks Surgical Precision with Same-Day 3D Printed Anatomical Models
Meteora3D, a University of Cincinnati (UC) Venture Lab startup, has raised more than $500,000 to grow its innovative 3D printing technology which literally brings patients’ anatomys into the hands of surgeons in hours not days. The funding comprises a $275,000 National Science Foundation SBIR Phase I grant and nearly $200,000 from UC’s Venture Lab, helping to propel the startup near the path of commercialization.
Officially incorporated in August 2023, Meteora3D clinched its first major grant through Ohio’s Entrepreneurial Services Provider program in May 2024, accelerating prototype development. The company, now testing beta prototypes with UC’s College of Medicine, aims to refine its platform for use across trauma, emergency, and specialized surgeries. A pending patent through UC’s Office of Technology Transfer underscores its innovative approach.
Surgeons often struggle with traditional 2D imaging for complex procedures. “3D printing aligns with how surgeons think spatially,” said CEO Prashanth Ravi, whose team began developing prototypes at UC’s 1819 Innovation Hub. The startup leverages high-performance printers and CNC machines at UC’s Ground Floor Makerspace, supported by mentorship from the Venture Lab pre-accelerator program.
Current medical 3D printing can take days—a critical delay in emergencies. Meteora3D’s technology slashes this to same-day production, enabling surgeons to plan with tactile, precise organ replicas. In one case, a 3D abdominal stent model helped a radiologist optimize a life-saving approach.
With clinical trials underway, Meteora3D aims to democratize rapid 3D printing for hospitals globally. “Our goal is to improve patient outcomes,” Ravi emphasized. “Innovation takes time, but the impact makes every challenge worthwhile.”
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The startup’s progress signals a leap toward faster, more accessible surgical planning, with operational scalability targeted by 2026.
