Johnson & Johnson MedTech, a division of Johnson & Johnson (J&J) focused on cardiovascular, orthopedic, and surgical solutions, announced the opening of a new medical technology training center at its Yongsan headquarters in Seoul on Wednesday.

From left, Park Kyung-don, professional education and relations team manager; Jeong Cho-rong, business lead of electrophysiology and heart recovery; Oh Jin-yong, area managing director of North Asia; Lee Ghil, chief financial officer of North Asia at Johnson & Johnson MedTech, pose for a photo on Dec. 3 at the company’s new medical technology training center’s room for treating cardiovascular arrhythmias. (Courtesy of Johnson & Johnson MedTech)
From left, Park Kyung-don, professional education and relations team manager; Jeong Cho-rong, business lead of electrophysiology and heart recovery; Oh Jin-yong, area managing director of North Asia; Lee Ghil, chief financial officer of North Asia at Johnson & Johnson MedTech, pose for a photo on Dec. 3 at the company’s new medical technology training center’s room for treating cardiovascular arrhythmias. (Courtesy of Johnson & Johnson MedTech)

The center will offer hands-on training for Korean healthcare professionals on the company’s latest orthopedic robotic surgical devices and arrhythmia treatment technologies.

It will feature two dedicated facilities—one for orthopedics and one for cardiovascular treatments—aiming to familiarize medical professionals with cutting-edge devices launched this year.

A key focus will be the VELYS Robotic-Assisted Solution (VELYS RAS), an orthopedic surgical robot that helps surgeons plan and perform knee replacement surgeries with greater precision by analyzing patient-specific anatomical data. 

In cardiovascular care, the center will introduce the VARIPULSE catheter and TRUPULSE generator, components used in pulsed field ablation (PFA), an innovative treatment for arrhythmias. 

Recognized for its safety and efficacy through Korea’s new medical technology evaluation process, PFA reduces heat-induced damage to surrounding cardiac tissue, preserving the heart’s structural integrity. The technology also allows for real-time 3D visualization of the procedure, enabling more precise and effective treatment.

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