Key Features of Our Female Pelvic Model

True-to-Life 1:1 Scale
Our model is built to life-size dimensions, offering realistic spatial awareness for anatomical structures. This is essential for demonstrating relationships between pelvic bones, organs, and pelvic floor muscles.

Detachable Organs and Muscles
The model includes detachable components such as:

• Uterus

• Bladder

• Rectum

• Pelvic floor muscles (levator ani group, etc.)
  This modular design allows users to remove and reassemble parts, improving interactive learning and muscle-layer identification.

Transparent Pelvic Floor Representation
Some variants include transparent pelvic floor views to show deep muscle layers and nerve positioning, enhancing educational effectiveness.

Sectional & Layered Anatomy
The model showcases pelvic bones, ligaments, nerves, and vascular structures in context with soft tissue. This is critical for explaining:

• Pelvic organ prolapse

• Incontinence

• Vaginal delivery mechanisms

• Pelvic floor therapy techniques

Medical-Grade PVC Material
Durable, easy to clean, and made with non-toxic PVC. Suitable for repeated use in classrooms, clinics, or patient consultations.

Who Is This Model For?

This anatomical model is widely used in:

• Medical and nursing schools

• OB/GYN and urology training programs

• Pelvic floor physiotherapy clinics

• Anatomy and physiology education

• Patient counseling and health awareness sessions

It serves as an ideal visual aid for explaining complex pelvic floor concepts to both professionals and patients, reducing reliance on 2D charts and improving retention.

Product Dimensions & Technical Info

• Product Name: Female Pelvic Floor Muscle Anatomical Model

• Material: Eco-friendly PVC

• Structure: Includes pelvic bones, muscle layers, uterus, bladder, rectum

• Assembly: Parts are removable and repositionable

• Use: Educational display, surgical explanation, clinical assessment support

Why Choose Our Pelvic Floor Model?

Highly Detailed – Realistic coloration and accurate anatomical structures
Educational Flexibility – Use in OB/GYN classes, midwifery, and physical therapy
Interactive Learning – Supports demonstration, simulation, and patient education
Built to Last – Rigid base and durable materials ideal for frequent handling