Mixed-reality procedure simulators

Mixed-reality surgical simulators accelerate skill transfer by combining real instruments with high-fidelity virtual cases, enabling risk-free, measurable training aligned with real OR workflows.

Solutions

VirtaMed Mixed-reality simulation platforms — combines sensorized original surgical instruments, advanced haptic interfaces, and computer graphics to enable a digitized learning journey:

ArthroS™ (Orthopedics) — arthroscopy training for knee, shoulder, hip, and ankle, using original arthroscope/camera and adapted surgical instruments.
LaparoS™ (Laparoscopy) — mixed-reality laparoscopic simulation in realistic anatomical environments for structured, proficiency-oriented training.
GynoS™ (OB/GYN) — training for obstetric ultrasound, IUD insertion, embryo transfer, and hysteroscopy in a risk-free environment.
UroS™ (Urology) — procedural training including TURP, TURB, morcellation, and laser BPH procedures.
RoboS® (Robotic surgery) — robotic surgery simulator designed to enable structured training and (notably) team training elements.

Benefits

Shortens learning curves with 24/7 access and measurable progression.
High realism through original instruments + haptics supports smooth transition to clinical practice.
Expands advanced procedural training capabilities within one portfolio (ortho, laparoscopy, OB/GYN, urology, robotics).

MORE ABOUT VIRTAMED SIMULATION PLATFORMS

ArthroS™

Comprehensive arthroscopy training simulator with unmatched realism: real graphics, real instruments, real feel. Prepare for the operating room with precision and confidence using this state-of-the-art mixed reality technology.

Welcome to the forefront of arthroscopy training – the ArthroS™. Immerse yourself in the most realistic experience, where anatomical models and authentic instruments pave the way for a seamless transfer of skills from simulation to the operating room. Our modular setup empowers you with tailor-made, cost-efficient training solutions. Experience the future of skill transfer as validated competency-based training elevates your learning curve, ensuring a quicker path to proficiency.

ArthroS™ simulation modules:

Fundamentals of Arthroscopy Surgery (FAST) FASTmodule was developed in collaboration with the Arthroscopy Association of North America (AANA) and the American Academy of Orthopaedic Surgeons (AAOS) as part of the American Board of Orthopaedic Surgery (ABOS) mandate for surgical skills training. It allows residents to acquire the basic motor skills needed for arthroscopy such as camera navigation and bimanual skills. A total of more than 300 exercises are available, ranging from image centering, and periscoping to triangulation and the use of different angled optics. Add-ons: Diagnostic Arthroscopy Skill Score (DASS).
ArthroS™ Knee An anatomical knee model with soft skin allows for physical manipulation of the knee joint, including varus and valgus, flexion, extension, hip flexion, hyperflexion, and “figure of 4”. Trainees learn the basics of knee arthroscopy, perform complete diagnostic arthroscopies, and carry out smaller surgical interventions on more than 40 patient cases with different pathologies. Add-ons : Meniscal Repair Module, ACL Reconstruction Module, AANA Meniscectomy Module and Diagnostic Arthroscopy Skill Score (DASS).
ArthroS™ Shoulder An anatomical shoulder model with soft skin allows for a realistic palpation of landmarks, and movements such as abduction, adduction, flexion, traction, and rotation. Trainees practice shoulder navigation with a 15-point shoulder exam and subsequent therapeutic cases let them hone their newly acquired skills on a variety of shoulder pathologies including SLAP and Bankart lesions, PASTA tears, synovial membrane inflammations, impingements, and loose bodies. Add-ons: Rotator Cuff Repair Module and Bankart Repair Module.
ArthroS™ Hip Zero radiation fluoroscopy simulation allows portal establishment training. Navigate through the central and peripheral compartments using a 70 degrees angled optics and perform minor interventions such as a cam decompression or loose body removal.
ArthroS™ Ankle The ankle joint is narrow, and the risk of damaging cartilage or nerves is higher than most other arthroscopic surgeries. The curved bone horizon is disorienting, and surgeons often lose track of the exact location of their arthroscope in the absence of visual landmarks. Trainees learn to tackle and overcome these difficulties prior to their first live patients.

ArthroS™ portable othopedic platform

LaparoS™

Comprehensive laparoscopy training simulator with unmatched realism: real graphics, real instruments, real feel. Prepare for the operating room with precision and confidence using our state-of-the-art mixed reality technology.

LaparoS™ Simulation modules:

LaparoS™ Essential skills This module provides basic psychomotor skills training for laparoscopic surgery. It contains cases inspired by FLS (Fundamentals in Laparoscopic Surgery) as well as camera navigation training.
LaparoS™ General surgery This module offers condensed diagnostic and therapeutic training cases that focus on specific clinical skills and adverse events with highly realistic scenarios derived from cholecystectomy, appendectomy and ventral hernia.
LaparoS™ Colorectal surgery This module offers condensed diagnostic and therapeutic training cases with highly realistic scenarios derived from right colectomy.
LaparoS™ Suturing Cumulative and step-by-step training cases focusing on specific skills for safe needle manipulation and intracorporeal knot tying (half knot, square knot, and surgeon’s knot). Using two needle holders, or a grasper and a needle holder, trainees can hone their skills with precision and confidence, ultimately enhancing their proficiency and readiness for certification, such as the GESEA MIGS.
LaparoS™ Advanced suturing Developed with leading surgeons, this module refines advanced suturing skills for procedures like ventral hernia repair and vaginal cuff closure. With progressive difficulty levels and real-time performance metrics, it enhances precision, efficiency, and technique. Designed for general and gynecological surgeons, it supports training for certifications like FLS and GESEA MIGS.
LaparoS™ Gynecological laparoscopy This module offers condensed diagnostic and surgical training cases for laparoscopy with highly realistic scenarios derived from both fertility surgery and other gynecological procedures. It can be combined with the GynoS™ platform for a full OB-GYN offering.
GynoS™ Hysteroscopy add-on Add the GynoS Hysteroscopy training module to your ergonomic laparoscopy training platform for a complete surgical gynecology training experience.

Video: LaparoS™ portable laparoscopy platform

GynoS™

Comprehensive gynecology simulator with unmatched realism: real graphics, real instruments, real feel. Prepare for the operating room with precision and confidence using our state-of-the-art mixed reality technology.

VirtaMed’s immersive training environment, featuring photorealistic graphics and natural haptic feedback, accelerates proficiency while reducing time and costs. VirtaMed’s GynoS™delivers structured,validated training for ob/gyn, ensuring trainees reach defined proficiency levels before real patient interactions. Allows trainees to master pathologies, complications, and critical skills efficiently with dedicated Q&A and reflective opportunities.

Simulation modules:

GynoS™ First trimester transvaginal obstetric ultrasound The realistic tactile feedback from the transvaginal probe helps clinicians transfer their skills from the ultrasound simulator to real patients. Clinicians learn to assess the viability of first-trimester fetuses, including pregnancies of unknown location and ectopic pregnancies, by focusing on fetal ages between 5 and 12 weeks.
GynoS™ Second trimester transabdominal obstetric ultrasound As the first simulator to incorporate the ISUOG 20+2 scanning protocol, the VirtaMed ultrasound simulator offers the most systematic approach to examining the second-trimester fetus. Equipped with a proprietary probe that allows for free navigation across the entire abdomen, the simulator provides an experience as close to real-life settings as possible. Clinicians can practice across over 100 cases, including various fetal positions, different placenta locations, and Doppler imaging. Fetal ages range from 20 to 26 weeks.
GynoS™ ASRM embryo transfer simulator and intrauterine insemination Developed in collaboration with the American Society for Reproductive Medicine (ASRM), the Embryo Transfer simulator is used to train clinicians in embryo transfer for both in vitro fertilization (IVF) and intrauterine insemination (IUI), with and without ultrasound guidance. The simulator combines an anatomically correct pelvic model, original Wallace® and Cook Guardia™ catheters, and a proprietary transabdominal probe. Training cases are based on real patient ultrasound images and include interchangeable uteri and cervix models with unique features, such as straight, bent, and tortuous cervical canals, canals with false passages, and retroverted uteri. The simulator accommodates all three embryo transfer techniques defined by the ASRM: afterload, transfer with trial, and transfer without trial.
GynoS™ Ovum Pick-Up (OPU) The Ovum Pick Up (OPU) simulator is designed to provide comprehensive training for healthcare professionals, focusing on mastering key aspects of the OPU procedure. The training goals include learning to accurately identify and locate essential anatomical structures, practicing safe puncture techniques, and efficiently aspirating follicular fluid and oocytes. Additionally, the simulator helps develop the motor and coordination skills required to perform the procedure effectively within a team setting.
GynoS™ IUD Placement A diversity of training cases teach doctors how to safely insert intrauterine devices (IUDs) in either anteverted or retroverted uteri, and in both nulliparous and parous patients. Repeatable cases help trainees quickly master the relevant motor skills while safely handling and correctly placing the IUDs. A patient comfort scale provides immediate feedback on the safety and quality of the procedure. Outside views and ghost tools guide the trainee during their first placements. Trainees can then record and review unguided procedures for debriefing.
GynoS™ Hysteroscopy A comprehensive, risk-free endoscopy training simulator that offers students a variety of pathologies and cases at all difficulty levels. Students use original medical instruments to practice treating virtual fibroids, establishing uterine distension, clearing viewing conditions, and safely handling loop electrodes and rollerballs for resection, coagulation, and endometrial ablation. For more experienced learners, there are patients with more serious gynecological pathologies, such as multiple polyps, intramural fibroids, uterine adhesions, or a septum. In the risk-free environment of simulation, students can also train on more advanced endoscopic techniques, such as reducing fluid inflow to reduce uterine distension and allowing intramural fibroids to expand into the cavity for easier resection.

Video: GynoS™ First trimester transvaginal obstetric ultrasound

UroS™

Comprehensive urology training simulator with unmatched realism: real graphics, real instruments, real feel.

Modules:

UroS™ BPH laser module This BPH education module allows trainees to gain experience in removing prostatic tissue with ThuLEP and HoLEP. The prostate sizes range from 55-90 grams. Trainees learn how to use different power settings and laser techniques such as vaporization, enucleation, or vaporesection. Safe handling of the laser fiber without any harm for the virtual patient is one of the main learning goals of this laser BPH training.
UroS™ TURB Module 4 patients with different multiple papillary and solid tumors offer the trainee the opportunity to perform a complete TURB procedure in a safe environment without involving patient related risk. The goal of this urologic surgery is to remove bladder tumors in various locations, ranging from easily accessible to locations that are more difficult to reach. Managing complications is also one of the learning objectives: bleedings have to be controlled, and the risk of perforating the thin bladder wall has to be avoided.
UroS™ TURP basic skills module The basic skills module covers all aspects of a complete TURP procedure: the trainee learns how to safely enter the urethra, do a proper visualization of the bladder, and identify important landmarks such as verumontanum and ureteral orifices. Crucial learning objectives of this module also include efficient coagulation of bleedings to avoid severe complications later on.
UroS™ TURP full procedure module This module contains eight different patient cases for full TURP procedures to acquire all skills necessary to safely perform a complete transurethral resection of the prostate. The TURP courses teach an understanding of the anatomic landmarks, depth perception and hand-eye coordination during urologic surgery, and how to control flow and bleedings for a clear view during the BPH procedure.

Video: Expertise with UroS™ system

VirtaMed RoboS®

Robotic surgery simulator: independent learning, seamless transition to surgery.

Key features:

Adjustable and ergonomic console
Gravity-free control
Handles with clutch function
Advanced 3D visualization system
Standard pedal layout
Realistic training environment
Customizable curriculum
KOL-approved metrics

Instruments:

Needle punch
Fenestrated bipolar gripping forceps
Monopolar scissors
Monopolar hook