The LAPARO Analytic is a professional-grade laparoscopic surgical simulation system designed to take the training of minimally invasive surgery beyond repetition and into the realm of genuine, measurable skill development. Built in close collaboration with experienced surgeons and international medical centers, it combines the physical realism of authentic laparoscopic instruments with an advanced embedded sensor system that captures and analyzes every movement a trainee makes. The result is a training platform that does not simply let surgeons practice – it shows them precisely how they are performing, where they are improving, and what they need to correct. Available as a standalone system or networked across multiple stations, the LAPARO Analytic is built for simulation centers, surgical training programs, medical schools, and hospital residency departments that demand objective, evidence-based surgical education.
At the core of the LAPARO Analytic is a laser sensor system that tracks instrument movements in real time, generating a detailed performance report across 15 separate parameters – measured independently for the left and right hand. Every training session is recorded as a synchronized video with an interactive timeline, allowing trainees and instructors to review performance with clinical precision. The system supports a structured, three-chapter curriculum covering basic skills, advanced techniques, and full procedure application – developed with input from leading surgical educators. An adjustable camera with 0° and 30° optic angles mirrors the conditions of real operating theatre environments. Multiple password-protected user accounts allow individual progress tracking and learning curve analysis, while networking capability connects up to 20 stations into a single managed training environment – enabling instructors to monitor, broadcast, and respond to trainees in real time.
For Israeli hospitals, medical schools, and surgical training programs, the LAPARO Analytic addresses one of the most pressing challenges in surgical education: how to train the next generation of laparoscopic surgeons to a consistently high standard, with objective data to prove it. Traditional surgical training is highly dependent on the availability of experienced mentors and operating time – both of which are limited resources. The LAPARO Analytic provides a structured, self-directed training pathway that complements OR exposure, allowing trainees to build and refine fundamental skills in a safe environment before they operate on patients. The system’s deep analytics capability also supports institutional accountability — providing documented evidence of trainee competency that is increasingly required by accreditation bodies and hospital governance frameworks. WinMed Medical supplies and supports the LAPARO Analytic across Israel, working with surgical departments and simulation centers to integrate it effectively into existing training curricula
