Features
The Adult polycystic kidney disease is a clinical-grade, 3D printed anatomical model designed for medical educators, health professionals, and students. It provides a tactile, visual experience to understand the distinct pathology of APKD, helping users grasp the disease’s manifestation and progression. Choose this model for its realism and teaching value when demonstrating the impact of Adult polycystic kidney disease on renal structure.
Gain Unmatched Teaching Clarity with the Adult polycystic kidney disease 3D Model
This model offers impressive detail, replicating an enlarged kidney marked by countless cysts up to 3 cm wide. Crafted using advanced 3D printing, it captures the thin, translucent walls, variable cyst coloring, and lobulated external surface found in true specimens. Health professionals, students, and instructors benefit from its accuracy, visual impact, and robust construction, making it an essential educational aid. This unique teaching tool enhances understanding of clinical presentation, complications, and the genetic basis of APKD, enabling you to illustrate complex renal pathology effortlessly in the classroom or clinic.
Features and Benefits
- Life-sized 3D printed kidney model for APKD
- Shows extensive renal parenchymal destruction by numerous cysts
- Cysts vary in size up to 3 cm with marble-like internal appearance
- Prominent lobulated external surface to mimic projecting cysts
- Clinical-grade realism for authentic educational use
- Durable, lightweight material ideal for repeated handling
- Perfect for lectures, workshops, and patient explanations
- Detailed visualization of atrophic renal tissue due to cystic pressure
Indications for Use
- Medical and health science education
- Demonstrating APKD pathology to students
- Professional training for clinical staff
- Patient and family education about APKD
- Visual aid for genetic disorder instruction
Size Guide
- Full-size anatomical kidney model – dimensions based on authentic enlarged APKD specimens
- Cyst diameters up to 3 cm included




















