R&D
R&D

Smart MediRobot
Beyond medical robot technology, we create better surgical environments.
Through precise and intuitive solutions, we create meaningful value for both patients and medical professionals.
The driving force behind medical innovation
overcoming the limits of surgical environments through precision control.
Through continuous research and technological innovation, EZMEDIBOT is establishing new standards for surgical assistance robots.
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R&D Vision
EZMEDIBOT upholds Human, Precision, and Stability as its core values.
We do not simply build robots; we aim to serve as a reliable partner to medical professionals by providing safer and more dependable surgical environments.
We will continue innovative R&D activities that reduce the burden on medical staff and Supports patient safety across diverse surgical fields. -
Robot Assist Solution
EZ-BOTis an integrated surgical assistance robot designed for minimally invasive surgery (MIS). With a high-strength robotic arm and an optimized range of motion, it is suitable for a wide range of laparoscopic and spinal procedures.
At the end of the robotic arm, the dedicated surgical assistance device CoreLink System is mounted, enabling integration with various medical instruments such as retractors, scope holders, and manipulators to provide customized surgical environments.
EZ-BOT can be used independently or operated in parallel with the da Vinci system, and its joystick- and voice-recognition-based intuitive interface reduces medical staff fatigue and minimizes repetitive tasks. -
CoreLink System
At the heart of EZ-BOT is the CoreLink System, which supports diverse procedures through surgery-specific modular configurations.
- U-BOT : A system that precisely elevates and retracts the uterus during gynecologic laparoscopic surgery. Equipped with detachable disposable components, an automatic locking function, and an ICG drug injection function, it enables a stable surgical environment without continuous manual assistance.
- S-BOT : A system that supports ligament reconstruction suturing in spinal surgery.
By quantifying and standardizing procedures that previously relied on tactile sensation, EZ-BOT provides medical professionals with a more precise and reproducible surgical environment.
In addition, EZMEDIBOT continues to develop customized CoreLink solutions tailored to clinical needs, expanding the scope and applicability of surgical assistance robots.
EZMEDIBOT R&D Roadmap
- U-BOT launch
- Obstetrics and Gynecology Robot U-BOT
GEN.I Development Completed and Domestic Launch
- AI Powered U-BOT
- U-BOT GEN II AI/SW update product
Robot Arm own production technology
- Multi-Purpose BOT GEN I launch
- Development and launch of the
BOT Series for laparoscopic surgical procedures
- C-BOT launch
- Launch of robots for brain/cardiovascular interventional procedures
- B-BOT launch
- Launch of a robot specifically designed for brain surgery