Microsure develops the MUSA-3 robotic system for microsurgery, allowing surgeons to perform intricate procedures on small anatomical structures with enhanced precision through tremor-filtered joystick control and the use of their own instruments. This technology addresses the limitations of human dexterity in microsurgery, enabling more patients to receive treatment for complex conditions.
Funding
$40.6M 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
Microsurgeons face inherent limitations in human dexterity when operating on minute anatomical structures, potentially restricting the number of patients who can receive treatment for complex conditions requiring high precision. The precision of the human hand can be a limiting factor in these intricate procedures.
Solution
Microsure develops the MUSA-3, a robotic system designed to enhance precision and control in microsurgical procedures. The system allows surgeons to perform intricate operations on small anatomical structures with tremor-filtered joystick control. MUSA-3 enables surgeons to use their own microsurgical instruments with enhanced dexterity and ergonomic comfort. By overcoming the limitations of human dexterity, the MUSA-3 aims to expand access to advanced microsurgical treatments and improve patient outcomes.
Target Audience
The primary target audience includes microsurgeons and supermicrosurgeons seeking to enhance their precision and expand the possibilities of microsurgery, as well as hospitals and medical centers looking to offer advanced robotic-assisted microsurgical procedures.
Features
- Ergonomic console design for comfortable surgeon positioning
- Digital or hybrid microscope screen for enhanced visualization
- Joystick-controlled movements scaled and tremor-filtered for increased precision
- Instrument platform compatible with standard microsurgical instruments
- MUSA-2 produced encouraging results during clinical studies