Nokirurg

Nokirurg is a robotic-assisted surgical system designed to enable minimally invasive procedures with enhanced precision and control. The platform combines a surgeon’s console, a multi-articulated robotic instrument set, and an imaging system that provides high-definition, 3D visualization.

Development and organization: Nokirurg was developed by Nokirurg Ltd., a technology company formed in 2012 by engineers and surgeons from Northern Europe. The system entered preclinical testing in the late 2010s and began clinical studies in selected centers in 2016–2018. It is used by hospitals seeking alternatives to conventional laparoscopic or open surgery.

Technology and features: The system uses teleoperation with tremor filtration, haptic feedback, and motion scaling to translate operator input into precise instrument movement. It includes instrument tracking with AI-assisted planning, integrated intraoperative imaging, and compatibility with standard surgical access ports. Safety features include redundant control pathways, collision avoidance, and automatic shutoff in case of system fault.

Applications and impact: Nokirurg has been explored in general surgery, urology, gynecology, and colorectal procedures. Reported benefits in clinical studies include improved precision in delicate dissections, reduced tissue trauma, and shorter recovery times in some patient cohorts, though outcomes depend on procedure type and surgeon experience. Adoption is influenced by cost, training requirements, and regulatory status, which vary by region.

Regulatory and research context: Like other robotic systems, Nokirurg seeks regulatory approvals appropriate to each market, and ongoing studies aim to establish long-term safety and effectiveness, as well as workflow integration and economic viability.