• Sensors attached to the fingers enable measurement and display of distances between the two fingers and the distances moved by the fingers.
• A line connecting the ischial spines (zero station) can be displayed.
• The material used for the model closely approximates the characteristics of living body. The cervix and other structures can be comfirmed with a very real feel.
• Three-dimensional images can be freely moved on the computer, enabling checking in any direction.
• Bishop scores from late-stage pregnancy to the beginning of labor (cervical dilation, effacement, consistency and position) can be confirmed.
• Three models with varying degrees of uterine opening dilation are provided, along with a model of the fetal head. These can be interchanged and the degree of engagement can be adjusted, allowing the progression of labor to be gauged by means of vaginal exam.
• The fetal head model can be used to gauge rotation of the head of the fetus, by varying the positions of sagittal sutures and the posterior fontanel.

• Rotation of the fetus at the time of delivery can be confirmed by means of 3-dimensional animation.
• Visualization using the actual model used for vaginal exam practice.
• Use of 3-dimensional sensors allows confirmation of actual finger movements on the images.
• Display on/off: Displays of the fetus, pelvis, uterus, fingers, and station line can be turned on and off individually.
• Fetus direction selection: The image of the fetus on the screen can be viewed from any of eight different directions. Orientation of the fetus on the screen can be selected to match the actual-model fetus. The positional relationship of the fingers and fetus on the screen matches that of the actual vaginal exam being performed. (*Selection of the actual uterus model: This is valid only when using the 8~9 cm uterine dilation model or the fetal head.)
• Measurement between two fingers: This measures the distance between the two fingers to which the sensors have been attached. The distance between two points is measured in centimeters, and is displayed to one decimal place.
• Single-finger movement distance: This measures the distance that one of the two sensor-tracked fingers moves. Each time a measurement is made, the result is displayed on the screen as a cumulative display.

System Components: