3B Scientific Postpartum Hemorrhage Simulator – PPH Trainer P97 PRO

Description

Postpartum Hemorrhage Trainer – PPH Trainer

Postpartum hemorrhage (PPH) is an obstetric emergency where heavy bleeding occurs after delivery. According to the WHO, PPH is one of the leading causes of maternal mortality. Each year about 14 million women worldwide suffer from PPH. Severe bleeding after birth can be fatal for the new mother within hours if she is not diagnosed and treated. To improve PPH outcomes, it is vital that obstetric and healthcare professional teams train the timely management and care of postpartum bleeding.
If you are looking for a PPH trainer that is compact, easy-to-use and durable, the PPH simulator P97 PRO from 3B Scientific is the ideal solution to provide hands-on and realistic training sessions for early recognition, systematic evaluation and treatment of postpartum hemorrhage.
The PPH simulator focuses on the following three postpartum bleeding causes:

• Uterine atony (Tonus)

• Laceration and rupture (Trauma)

• Retained tissue from the placenta (Tissue)

The P97 Pro PPH Simulator is developed in collaboration with Dr. Martin Neuß, M.D., from Bethesda hospital in Hamburg to train the following skills, both individually and as a team:

• Diagnosis of uterine atony by abdominal examination. Accommodating your scenario settings, P97 PRO can simulate different levels of the uterine tone. Both an atonic uterus and a contracted uterus can be simulated and adjusted using a deflation bulb. An atonic uterus on P97 PRO feels soft, boggy and enlarged while a contracted uterus feels harder and can tighten to a realistic smaller size.

• Practice of both fundal massage and bimanual compression

• Suturing of vaginal tears. The rupture inserts are replaceable

• 360-degree cervical visual inspection. The cervix has a realistic after-childbirth size and softness

• Manual removal of a retained placenta. Three residual pieces can be placed in the uterus to train the required medical interventions like uterine curettage

• Intrauterine balloon tamponade. The size of the uterus cavity can accommodate the placement of a Bakri Balloon

• Uterine packing with gauze

• Presentation of severe obstetric hemorrhage cases. The volume of the blood reservoir is up to 3L. The flow speed is adjustable and up to 400 ml/min

• Blood loss estimation. The volume scale on the blood reservoir can help trainees gain competence in estimating blood loss

• Bladder catheterization. The insertion of a urinary catheter is possible. No fluid drainage is required

• The demonstration of uterine compression suture techniques e.g. B-Lynch, Haymann, Pereira, Cho and Ouabha is possible on the separated foam uteri