Microsure
Driving Surgeries with Robotics

For years, microsurgery has depended entirely on the skills and dexterity of a doctor. Despite the advancements in technology innovation, robotic assistance in microsurgery has remained a distant dream. The advent of artificial intelligence (AI) and machine learning, however, have opened the door for new opportunities, making robotics a viable option in medicine. With that in mind, pharma companies have been spending immensely in their R&D to make a key breakthrough in robotics. Today, microsurgeries are growing more complex, and the need for technology to perform complex operations is a crying need of surgeons. At this juncture, Microsure has changed the surgical landscape with a significant breakthrough in developing robot systems for microsurgery. With a proven track record in the commercial, clinical, and technical domain, the company has leveraged its experience to build an expert team who focus on improving patient’s lives continuously. Over the years, Microsure has built a network of clinical and technical advisors to guide the company to success.

Leveraging its technical know-how, Microsure has combined experience and skills of surgeons with technology to create MUSA, an intuitive surgical device that allows surgeons to carry out complex microsurgeries with their staff seated directly next to the patient. Integrated joysticks help surgeons control MUSA and tone down hand movements in real-time with the instruments connected to the device. With movements scaling down seamlessly, surgeons can keep a steady hand throughout the surgical procedure. With the device, Microsure delivers consistent, high-quality surgical performance reducing inter-operator variability while enabling safer operations. Designed by industry veterans, MUSA helps microsurgeons overcome physical limitations and enhance their performance. At the same time, with improving quality and precision in microsurgical procedures, the increase of treatment options for patients is growing with each passing day.

MUSA is compatible with current operating techniques, workflow, instruments and other OR equipment. Furthermore, MUSA can be used with an advanced surgical visualization device for advanced microsurgical procedures.

Over the years, MUSA has been adopted by surgeons to perform precise and successful surgeries. This has led to hospitals readily adopt the device as it is cost-effective and safe. Additionally, owning MUSA can differentiate the hospital among its competitors in terms of adequate care and faster recovery of patients. The CE certified medical device is increasingly becoming an integral part of multiple medical departments across the world.

MUSA is compatible with current operating techniques, workflow, instruments and other OR equipment

Apart from its groundbreaking solutions, Microsure offers device training for microsurgeons on-site to educate them about the effective ways of using MUSA. The company executes a modular training program covering all the aspects of set-up and safety. After the conclusion, Microsure awards the trainees with an official training certificate. In addition, the company has its clinical team dedicated to providing 24/7 support to customers.

For MUSA, MIcrosure has received ISO 13485 certificate that assures clients of its strict adherence to the highest standards of quality control and regulatory compliance. This encourages the company to develop, manufacture, and test new products and services in the future.

Microsure was founded by Eindhoven University of Technology and Maastricht University Medical Center in 2016 to develop robot systems for microsurgery. Over the years, the company has put together a business team and has strategic collaborations with clinical key opinion leaders, industrial partnerships and quality and regulatory experts.

Leading from the front, Microsure aims to increase its solution portfolio with more advanced devices for surgery. Furthermore, the company is working out a plan to expand its area of operations globally.