Solutions
Discover innovative solutions that reflect Koh Young’s latest technology.
KYMERO
Solutions / Medical / Medical Robot / KYMERO
Not FDA cleared or CE Marked. Sales approved only in South Korea.
KYMERO is engineered to provide exceptional accuracy for complex stereotactic and navigated procedures. Additionally, it may assist neurosurgeons in streamlining their O.R. workflow by providing advanced solutions from surgical planning to trajectory alignment in a single platform.
Explore the key features and benefits KYMERO offers to meet the needs of surgical applications.
KYMERO delivers pinpoint accuracy in trajectory guidance aligned to neurosurgical plans on a higher scale quickly and consistently. Through continuous real-time tracking and visualization throughout the procedure, the system supports patient safety when undergoing highly complex neurosurgical procedures such as deep brain stimulation, SEEG, biopsy, and shunt.
KYMERO assists and streamlines the full spectrum of neurosurgery from surgical planning to real-time tool tracking and trajectory alignment with or without robotics. The robot is attached securely to the surgical table and moves with the patient as one body, allowing quick and accurate trajectory guidance which is especially critical for multiple depth electrode insertions. Precision optical tracking technology allows the system to provide seamless and continuous visualization of the positioning of tracked tools.
KYMERO provides automated registration, stereotactic positioning, and trajectory guidance through a simplified workflow. This capability enhances the efficiency of procedures with multiple trajectories and the potential for improved patient outcomes.
KYMERO provides automated registration, stereotactic positioning, and trajectory guidance through a simplified workflow. This capability enhances the efficiency of procedures with multiple trajectories and the potential for improved patient outcomes.
To ensure the best surgical outcomes and alignment with the current workflow, KYMERO is designed to adapt to the intra-operative imaging process. By enabling visual confirmation, the system helps maximize confidence and reduces the risk of repeated insertion due to misplacement.