TransferSim™ – Simulator for Embryo Transfer Procedure
01 Overview
TransferSim™ is an innovative high fidelity simulator designed for the improvement of clinical and psychomotor skills associated with ultrasound-guided embryo transfer procedure.
High Fidelity
All the provided exercises reproduce real clinical cases.
User-Friendly Interface
Thanks to the user-friendly interface, the user interaction with the simulator is simple, fast and effective.
Real time visualization of the procedure by a simulated ultrasound monitor.
02 Features
In this procedure, embryos are placed into the uterus of a female, using a soft and thin catheter, with the intent to establish a pregnancy. It is a critically important procedure. No matter how good the IVF laboratory culture environment is, the physician can ruin everything with a carelessly performed embryo transfer. The entire IVF cycle depends on delicate placement of the embryos at the proper location near the middle of the endometrial cavity – with minimal trauma and manipulation. For that purpose, the Ultrasound Guided Embryo Transfer is the most efficient technique currently available.
- Anatomically accurate female lower torso and base unit
- Sensorized Abdominal Insert
- Transfersim Sensorized Insert
- Simulated convex probe
- Syringe
- Speculum
- Portable Light
- Real Embryo Transfer Catheter
- Laptop with pre-installed TransferSim software(10 clinical cases)
- LCD 21,5″ monitor
- Soft Transport Box
- User manual
- Installation support and remote training
- Lifetime free software updates and upgrades
- 1 Year Warranty
Published patent application: IT201700059635A1, IT201700059639A1 and IT201700059643A1
CLINICAL USE DISCLAIMER TransferSim™ is licensed for use for educational purposes only. TransferSim™ is not intended for clinical use.
03 Augmented Reality
TransferSim AR™ is able to display on Microsoft Holo-Lens the anatomy of the uterus as well as the interaction in real time between the cathether and the same uterus. The user can visualize the physical release of the embryo inside the uterus and the correlation between the structures during the procedure (for example, in case the user touches the fundus of the uterus). It develops a better understanding of cathether handling.
