Virtual Incision develops a miniaturized surgical robotic support device with a focus on colon resection.

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Virtual Incision

Virtual Incision's headquarters in Lincoln, NE, United States

Jim Alecxih

The Engineering Team at Virtual Incision is responsible for the design, development, and testing of the company's innovative miniaturized surgical robotic device. This multidisciplinary team, comprising software, mechanical, electrical, and biomedical engineers, collaborates to ensure the device is efficient, reliable, and meets rigorous safety standards. Their efforts focus on integrating advanced technologies to enhance surgical precision and improve patient outcomes in colon resection procedures.

Engineering Team

This department focuses on the development and optimization of engineering solutions and manufacturing processes.

Engineering and Design

This department focuses on the design, analysis, and testing of mechanical systems and components.

Mechanical Engineering

This department oversees the strategic direction and oversight of the organization's activities through its board members.

Board Governance

The Clinical Operations team at Virtual Incision is responsible for overseeing clinical research studies and ensuring compliance with regulatory standards. This team collaborates with medical professionals to evaluate the effectiveness of the surgical robotic device during colon resection procedures, while also providing medical education and support to healthcare providers. Their efforts contribute to advancing clinical understanding and enhancing patient safety in robotic-assisted surgeries.

Clinical Operations

The Clinical Operations team at Virtual Incision is responsible for overseeing the planning, execution, and management of clinical trials related to the company's surgical robotic device. Led by the Chief Medical Officer and supported by the Sr. Clinical Specialist & Training Manager, this team ensures that all clinical activities comply with regulations, while also facilitating training and support for surgeons using the technology. The Co-founder & Chief Surgeon provides critical insights and expertise to optimize the device's performance in real-world surgical settings.

Virtual Incision

Org chart

Teams

Engineering Team

Engineering and Design

Mechanical Engineering

Board Governance

Clinical Operations

Clinical Operations

Offices

Virtual Incision

Org chart

Teams

Engineering Team

Engineering and Design

Mechanical Engineering

Board Governance

Clinical Operations

Clinical Operations

Offices

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