The startup manufactures a robotic microsurgery assist system designed to enhance the precision of surgical tool handling during microsurgery procedures. This technology aims to reduce the physical and mental strain on surgeons while standardizing surgical practices, ultimately improving patient outcomes.
Funding
$3.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Microsurgery demands extremely delicate and precise movements, leading to surgeon fatigue and limiting the number of physicians capable of performing these complex procedures. This scarcity of qualified surgeons restricts patient access to potentially life-improving or life-saving microsurgical interventions.
Solution
F.MED develops a robotic microsurgery assist system designed to enhance surgical precision and reduce the physical and mental burden on surgeons. The system employs robotic manipulators to replicate a surgeon's movements with minimized tremor and scaled-down motion, increasing the number of surgeons capable of performing microsurgery. By standardizing surgical practices through robotic assistance, F.MED aims to expand patient access to advanced microsurgical techniques and improve overall surgical outcomes. The system facilitates the connection of small human vessels and other delicate procedures essential for reconstructive surgeries and improved patient quality of life.
Target Audience
The primary target audience includes hospitals and medical institutions seeking to expand their microsurgery capabilities, as well as surgeons aiming to enhance precision and reduce fatigue during complex microsurgical procedures.
Features
- Robotic manipulators that replicate surgeon movements with tremor reduction
- Scaled-down motion control for enhanced precision
- Multi-axis robot for coordinated manipulator and positioner movements