Gynecological Examination Model with 6 Cervical Pathology Replacements

2MedEduQuest Pathological Gynecological Examination Model is a lifelike pelvic and vaginal exam trainer featuring six replaceable cervical pathology inserts that simulate common abnormalities. Designed for OB/GYN education, nursing programs, midwifery training, and clinical skills labs, it helps learners practice cervical evaluation, speculum insertion, anatomical landmark identification, and patient-care communication with confidence.

Features:

1. Six Replaceable Cervical Pathology Models
Includes Normal, Parous, Erosion, Polyp, Nabothian Cyst, and Cancer inserts. The magnetic connection allows quick, secure changes during pelvic exam training and scenario-based practice.

2. Realistic Vaginal & Pelvic Anatomy
Features an anatomically accurate vaginal canal and vulva, helping learners practice speculum insertion, cervical inspection, and identification of clinical landmarks during gynecological exams.

3. Essential Tool for OB/GYN & Nursing Education
Ideal for medical students, nursing schools, midwifery programs, and simulation labs that require a reliable cervical pathology training model for both teaching and assessment.

4. Supports Comprehensive Clinical Skills Training
Learners can practice visual and tactile evaluation, patient-communication skills, and recognition of cervical abnormalities in a controlled, repeatable training environment.

5. Durable, Classroom-Ready Construction
Built with high-quality materials to withstand repeated practice, maintaining anatomical detail and structural integrity for long-term use in skills labs and teaching environments.

How to Use:

1. Select the cervical pathology insert and align it with the magnetic connector.
2. Insert the speculum to visualize the cervix as performed in a standard pelvic exam.
3. Conduct observation, assessment, and cervical landmark identification.
4. Switch inserts to simulate different clinical conditions.
5. Clean and dry the model and inserts after each training session.