Product Detail
Product Tags
F (Features)
This obstetric delivery training model is a comprehensive midwifery skill training tool, consisting of a simulated pregnant
women’s lower body model, two fetus models, an umbilical cord-attached placenta model, and complete supporting accessories. It is designed for prenatal examination, midwifery, and delivery skill training.
A (Advantages)
Complete set of accessories enables full-process delivery training; dual-fetus design supports twin delivery practice;
anatomically accurate pelvic and fetal structure provides authentic tactile feedback; durable material withstands repeated
operation training; suitable for basic and advanced obstetric technical training.
B (Benefits)
It serves as an essential training tool for midwives, obstetricians, and nursing students to master delivery, midwifery, and
prenatal examination skills, improving operational proficiency and patient safety in clinical childbirth. Ideal for medical
schools, midwifery training centers, and obstetrics and gynecology hospitals.
C (Certifications & Evidence)
This model complies with international obstetrics and gynecology education standards, widely used in global midwifery training institutions, recognized for its realistic simulation and practical educational value.
Obstetric teaching pregnant women delivery model for prenatal examination midwifery training delivery skills model
Details
Comprehensive skill training model for delivery
The model was composed of a simulated lower body model of pregnant women, a two-fetus model, an umbilical cord-attached model, and a placenta model.
This product is targeted at basic obstetric technical training, and provides comprehensive exercises on skills such as prenatal examination, midwifery and delivery.
Functional features:
■ Cervical examination model: The size of cervical orifice dilatation, the degree of change of cervical orifice and the positional relationship between fetal head and the plane of sciatic spine were established. Stage 1: The cervical orifice was not dilated, the cervical canal was not lost, and the positional relationship between the fetal head and the plane of the sciatic spines was -5. Stage 2: The cervical orifice was dilated by 2cm, the cervical canal disappeared by 50%, and the positional relationship between the fetal head and the plane of the sciatic spine was -4. Stage 3: The cervical orifice was dilated by 4cm, the cervical canal completely disappeared, and the positional relationship between the fetal head and the plane of the sciatic spine was -3. Stage 4: The cervical orifice was dilated by 5cm, the cervical canal completely disappeared, and the positional relationship between the fetal head and the plane of the sciatic spine was 0. Stage 5: The cervical orifice was dilated by 7cm, the cervical canal completely disappeared, and the positional relationship between the fetal head and the plane of the sciatic spines was +2. Stage 6: The cervical orifice was dilated by 10cm, the cervical canal completely disappeared, and the positional relationship between the fetal head and the plane of the sciatic spines was +5. ■ Fetal model: The skin of a standard fetus is soft, the fontanels are discernable, and cephalic aspiration can be practiced. Fetal accessories: umbilical cord, placenta. ■ Childbirth model: The perineum of the model is soft and elastic, and can simulate the midwifery operation in the real state. Perineum nursing technique can be practiced. The abdomen was composed of transparent abdominal wall and simulated skin, which was convenient for observing the demonstration of delivery function and the planar positional relationship between the fetal head and the sciatic spines. ■ Perineal suture model: The episiotomy openings of the model were as follows:
median incision, left incision and right incision. Three types of perineal incision suturing exercises can be performed.
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