Erler-Zimmer 3D Pelvis Models (6)

Erler-Zimmer 3D pelvis models are designed to support structured instruction of pelvic anatomy across classroom, collegiate, and clinical learning environments. This collection includes detailed three-dimensional teaching models that illustrate pelvic bones, joints, musculature, and internal anatomical relationships. These models enable clear visualization of structural organization and support demonstration, hands-on learning, and system-level study for anatomy and healthcare education.

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  • Lower Limb - deep dissection of a left pelvis and thigh
    Institutional List Price: $0.00
    Model#: EZ45
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    This 3D printed specimen presents a deep dissection of a left pelvis and thigh to show the course of the femoral artery and sciatic nerve from their proximal origins to the midshaft of the femur....

  • Female right pelvis
    Institutional List Price: $0.00
    Model#: EZ39
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    This 3D printed specimen represents a female right pelvis, sectioned along the midsagittal plane and transversely across the level of the L4 vertebrae and the proximal thigh. The specimen has been dissected to demonstrate the...

  • Female left pelvis and proximal thigh
    Institutional List Price: $0.00
    Model#: EZ37
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    This 3D printed female left pelvis and proximal thigh preserves both superficial and deep structures of the true and false pelves, inguinal region, femoral triangle, and gluteal region. The specimen has been sectioned transversely through...

  • Male Pelvis
    Institutional List Price: $0.00
    Model#: EZ36
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    This multipart 3D printed specimen represents the inferior portions of our larger posterior abdominal wall print (MP1300) that displays the inferior posterior abdominal wall, the pelvic cavity and the proximal thigh (including the gluteal regions...

  • Male left pelvis and proximal thigh
    Institutional List Price: $0.00
    Model#: EZ35
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    This 3D printed male left pelvis and proximal thigh (sectioned through the midsagittal plane in the midline and transversely through the L3/4 intervertebral disc) shows superficial and deep structures of the true and false pelves,...

  • Female right pelvis superficial and deep structures
    Institutional List Price: $2,515.00
    Model#: EZ38
    $2,515.00
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    This 3D printed female right pelvis preserves both superficial and deep structures of the true and false pelves, as well as the inguinal ligament, the obturator membrane and canal, and both the greater and lesser...

Erler-Zimmer 3D Pelvis Models for Detailed Anatomical and Clinical Education

Erler-Zimmer 3D pelvis models are designed to support structured anatomical education, providing accurate representations of pelvic bones, joints, and related anatomical structures. These models allow learners to study the complexity of the pelvic region with clarity, supporting both foundational understanding and advanced clinical learning.

Developed for academic and healthcare training environments, these models help users explore anatomical positioning, structural relationships, and regional organization within the pelvis.

Designed for Precision in Pelvic Anatomy Visualization

Erler-Zimmer models emphasize spatial accuracy and structural detail, enabling clear examination of the pelvic girdle and surrounding anatomical features. Their three-dimensional design supports deeper understanding of alignment, articulation, and anatomical variation.

Key Features of Erler-Zimmer 3D Pelvis Models

  • Accurate representation of pelvic bones and joint structures
  • Three-dimensional design for spatial and positional understanding
  • Detailed visualization of anatomical landmarks
  • Models available with male and female anatomical variations
  • Sectional or articulated components for focused study
  • Durable construction for repeated educational use

These features allow educators to demonstrate pelvic anatomy clearly while helping learners identify key structures and understand their functional relationships.

Built for Anatomy, Medical, and Clinical Training Environments

Erler-Zimmer 3D pelvis models are used in educational settings where detailed study of the pelvic region is required. Their design supports both instructor-led demonstrations and independent anatomical exploration.

Common Educational Applications

  • University anatomy and medical programs
  • Nursing and allied health education
  • Physical therapy and rehabilitation training
  • Obstetrics and gynecological studies
  • Advanced biology and anatomical instruction

These models provide consistent support for teaching anatomical structure, alignment, and variation within the pelvic region.

Supporting Regional and Functional Understanding of the Pelvis

Erler-Zimmer 3D pelvis models help learners understand how bones, joints, and surrounding structures function together within the pelvic region. By presenting anatomy in a clear and spatially accurate format, these models support comprehension of movement, support, and clinical relevance.

Whether used for demonstration, structured coursework, or advanced study, Erler-Zimmer 3D pelvis models provide reliable tools for effective anatomical education and training.

Erler-Zimmer 3D Pelvis Models - FAQ

Answers to the procurement and technical questions lab coordinators ask most — manufacturer comparisons, replacement parts, lead times, bulk ordering, and model identification.

Erler-Zimmer 3D Pelvis Models
These models are used to study the anatomy of the pelvic region, including bones, joints, and structural relationships in educational and clinical settings.
Yes, they are widely used in medical, nursing, and allied health programs for anatomical learning.
Yes, many models include male and female anatomical variations for comparative study.
Yes, they are commonly used in physical therapy and rehabilitation programs to study pelvic structure and movement.
They help learners understand a complex region of the body that plays a key role in support, movement, and organ protection.
Yes, they are designed for repeated use in classrooms, labs, and training environments.
Some models include articulated or sectional components for more detailed study of specific structures.
They are used by students, educators, and professionals in medical, healthcare, and anatomy education programs.