How Medical Device Companies Are Accelerating Robotic Surgery Adoption Through High-Fidelity Simulation

High-fidelity surgical simulation is becoming a key component in robotic surgery education. Its ability to integrate seamlessly into training programs, adapt to different robotic platforms, and reproduce full procedural workflows allows medical device companies to train surgeons more effectively and with greater safety.

Across Latin America and Europe, industry leaders are incorporating advanced simulation into workshops, proctoring initiatives, and hands-on sessions. Below are recent examples from MedTech and CyberRobotics in Mexico, SOFMEDICA in Romania, and Alem in Ecuador, illustrating how realistic surgical models are helping expand robotic surgery programs worldwide.

Robotic Radical Prostatectomy Training at Centro Médico Dalinde

Centro Médico Dalinde launched its surgical simulation program with an intensive Robotic Radical Prostatectomy training session. Through a combination of theoretical instruction and guided hands-on practice on the Versius robotic system, participants worked through each essential phase of the procedure using a lifelike prostate model.

Under the direction of Dr. Gilberto Almeida, surgeons strengthened their technical skills and decision-making while progressing through a structured, reproducible learning pathway. This marked a significant step forward for robotic surgery education in Mexico.

SOFMEDICA’s Partial Nephrectomy Workshop in Romania

During a recent workshop organized by SOFMEDICA, urologists trained in partial nephrectomy using anatomically precise kidney models. Led by Dr. Iulia Andraș, the session showcased how realistic simulation enhances surgical understanding and technique refinement.

Participants practised tumour excision, vascular control, renorrhaphy, and instrument coordination in a safe and highly controllable environment. By integrating simulation into their programs, institutions deliver meaningful hands-on experience without relying on cadavers or animal tissue. This approach removes the logistical challenges often associated with lab-based training.

Advanced Robotic Surgery Training in Mexico

In partnership with CyberRobotics and the Mexican Urological Society, six urologists completed a two-day advanced course in RAPN and RARP, following full procedural workflows with expert guidance from Dr. Víctor Enrique Corona and Dr. Emmanuel Rosas Nava.

The self-contained setup of these models allowed the course to be conducted efficiently in a fully equipped operating room, enabling surgeons to engage deeply with the operative steps and receive continuous feedback from experienced proctors.

Robotic Surgery Courses at the Ecuadorian Urology Congress

During two pre-congress sessions organised by the Ecuadorian Society of Urology, surgeons participated in hands-on training for partial nephrectomy and radical prostatectomy. The program, coordinated by Dr. Francisco García Velandria with faculty Dr. Eduardo Banda, Dr. Ricardo Yépez, and Dr. Francisco Cornejo, offered a complete walkthrough of both procedures using high-fidelity models.

These courses allowed participants to progress through every crucial step, from venous complex control and bladder-neck preservation to tumour resection and renorrhaphy. This strengthened technical and strategic competencies. Organised in collaboration with Alem Cia, the initiative reflects Ecuador’s growing commitment to expanding structured robotic training.

Shaping the Future of Robotic Surgery Education

Medical device companies are steadily recognising the impact of structured, simulation-based education. By offering realistic, scalable, and procedure-specific training, they help surgeons develop confidence and precision. Therefore, driving broader and safer adoption of robotic surgery worldwide.

We are already planning next year’s training events and remain committed to supporting institutions in creating customised hands-on programs that meet their educational goals.

To explore collaboration opportunities or organise your own simulation-based workshop, please contact us at [email protected] or visit www.urotrainer.com.