The VirtaMed ArthroS™ platform is compatible with all VirtaMed orthopedic training modules: FAST, Knee, Shoulder, Hip and Ankle. Each module can be easily mounted on the platform, and switching from one to the other can be done within 30 seconds.

Trainees use original instruments and tools such as an original arthroscope, probe, grasper, cutting punch, and shaver. The instruments are equipped with sensors and allow for fluid handling, camera technique, and familiarize trainees with the concept of 0, 30, and 70-degree optics.

Original instruments and anatomically correct rubber models are combined to give a realistic tactile feel. Tracked with sub-millimeter precision, the instruments and models are perfectly aligned with arthroscopic virtual reality graphics.

Modules available on VirtaMed ArthroS™:

Fundamentals of Arthroscopy Surgery (FAST)
VirtaMed ArthroS™ Knee
Concepts of ACL Reconstruction
VirtaMed ArthroS™ Shoulder
VirtaMed ArthroS™ Hip
VirtaMed ArthroS™ Ankle

Manufactured by VirtaMed AG, Switzerland

https://www.virtamed.com/en/

VirtaMed GynoS™

Covers the entire spectrum of OB/GYN training: from obstetric ultrasound, to hysteroscopy, embryo transfer, and IUD placement
Validated to accelerate the learning process and improve student performance
Provides the most realistic training environment possible with photorealistic graphics and natural haptic feedback
Reduces training time and cost with proficiency-based training and assessment

Modules available

1st Trimester Transvaginal Obstetric Ultrasound^NEW

The realistic tactile sensation of the transvaginal probe facilitates the transfer of skills from the ultrasound simulator to the patient. Focusing on fetal ages between 5 and 12 weeks, clinicians learn to assess the viability of the 1st trimester fetus, including pregnancies of unknown location and ectopic pregnancies.

2nd Trimester Transabdominal Obstetric Ultrasound^NEW

As the first simulator incorporating the 20+2 scanning protocol, the VirtaMed ultrasound simulator offers the most systematic approach to examining the first and second trimester fetus. Equipped with a proprietary probe that allows for a free navigation across the entire abdomen, the simulator experience is as close to real life settings as possible. Clinicians can practice across over 100 cases, various fetal positions, different placenta locations, and doppler imaging. Fetal ages range between 10-26 weeks.

Embryo Transfer

Developed in collaboration with the American Society for Reproductive Medicine (ASRM), the Embryo Transfer simulator is used for training in embryo transfer in In Vitro Fertilization and Intrauterine Insemination, both under 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 unique uteri / cervix models: straight, bent, and tortuous cervical canal, canal with false passage, and a retroverted uterus. The simulator accommodates the three transfer techniques, as defined by the ASRM: afterload, transfer with trial, and transfer without trial.

IUD Placement

A diversity training cases teach doctors how to safely insert intra-uterine devices (IUDs) in anteverted or retroverted uteri, along with nulliparous or parous patient cases. Repeatable cases help trainees to quickly master the relevant motor skills while safely handling and correctly placing the inserts. Again, the patient comfort scale gives immediate feedback on the safety and quality of the procedure. Outside views and ghost tools guide the trainee during the first placements. Afterwards, unguided procedures are recorded and can be looked at for debriefing.

Hysteroscopy

Accelerate student learning with a variety of pathologies and cases at all difficulty levels. GynoS™ hysteroscopy offers on-demand, comprehensive, and risk-free endoscopy training where students use original medical instruments to treat virtual fibroids, establish uterine distension, clear viewing conditions, and how to safely handle loop electrode and rollerball for resection, coagulation, and endometrial ablation. For the more experienced learner, there are patients with more serious gynecological pathologies, including multiple polyps, intramural fibroids, uterine adhesions, or a septum. In the risk-free environment provided by simulation, more advanced endoscopic techniques can also be trained. For example, reducing the fluid inflow leads to a reduction of uterine distension, allowing the intramural parts of fibroids naturally to expand into the cavity for easier resection.

Manufactured by VirtaMed AG, Switzerland

https://www.virtamed.com/en/

VirtaMed UroS™

Full BPH education: TURP, TURB, laser
Hands-on urologic surgery with highly realistic tactile feedback
Use of original instruments eases transfer of skills to the OR

Modules available

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.

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.

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.

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.