SOMSO Human Anatomy Models (504)
SOMSO human anatomy models are precision-crafted teaching tools engineered for collegiate, medical, and advanced clinical education environments. Known for exceptional anatomical accuracy and fine structural detail, these models support in-depth anatomical study through multi-part dissections, true-to-scale proportions, and realistic hand-painted finishes designed for long-term institutional use.
SOMSO Obstetric Phantom
Model#: MS 21Natural size in SOMSO-Plast®. Model of the female pelvic bones (mounted and movable) and a fetal skull (size of the head 29.8 cm) attached by a flexible metal rod. On a stand with green base.
SOMSO Ossicles
Model#: DS 18After Prof. Dr. Neubert enlarged approx. 19 times in SOMSO-Plast®. Consisting of the malleus incus and stapes. Separates into 3 parts. On a stand with green base.
SOMSO Osteoporosis Model
Model#: QS 66/4Natural cast made of SOMSO-Plast® according to Prof. Dr. med. H. R. Henche of Rheinfelden. Comparison of an osteoporotic and a healthy lumbar vertebra. The vertebral bodies are divided frontally and can be opened by...
SOMSO Pancreas with Spleen and Duodenum Anatomical Model-JS 11
Model#: JS 11The SOMSO Pancreas with Spleen and Duodenum Anatomical Model is a natural-size teaching model designed to illustrate the anatomical relationships of the pancreas, spleen, and duodenum. The pancreatic duct is represented to its aperture, and...
SOMSO Pelvis with Uterus in Ninth Month of Pregnancy
Model#: MS 13Natural size in SOMSO-Plast®. The model shows the right half of the female pelvis in median section. Fetus removable. After Prof. Dr. Petry. Comprises 2 parts. On a green base.
SOMSO Pelvis with Uterus in Ninth Month of Pregnancy
Model#: MS 13/1Natural size in SOMSO-Plast®. The model shows the right half of the female pelvis in median section. The left half shows the bones of the pelvis with femoral head and the transparent amniotic sac. Fetus...
SOMSO Premature Infant Baby, Female
Model#: MS 61Corresponding approx. to a baby in 27th week of pregnancy. In SOMSO-Plast®. With movable arms and legs. Undressed. Size of the head: approx. 25.5 cm.
SOMSO Premature Infant Baby, Male
Model#: MS 60Corresponds approx. to a baby in 27th week of pregnancy. In SOMSO-Plast®. With movable arms and legs. Undressed. Size of the head: approx. 25.5 cm.
SOMSO Proportions of the Dura Mater Anatomical Model with Cranial Nerves-BS 2
Model#: BS 2The SOMSO Proportions of the Dura Mater Anatomical Model is a natural-size teaching model designed to demonstrate the structural relationships of the dura mater and its venous sinuses. With exposed cranial nerves and the basilar...
SOMSO Reconstruction of a Skull of Australopithecus africanus
Model#: S 5In SOMSO-Plast®. Site and date of finding: Sterkfontein (Transvaal South-Africa) 1947. Stratum of finding: "member 4" (formerly: lower breccia). Age: Lower Pliocene approx. 2.5 - 3.0 mill. years. Set of teeth and lower jaw have...
SOMSO Reconstruction of a skull of H. rudolfensis
Model#: S 8In SOMSO-Plast®. Site and date of finding: Koobi Fora (Upper Burgi Member) Kenya; Uraha (Chiwondo Beds) Malawi Age: Koobi Fora findings: approx. 2.0-1.8 million years Upper Pliocene Lowee Pliocene. Uraha: 2.5-2.1 million years Upper Pliocene....
SOMSO Reconstruction of a skull of Paranthropus aethiopicus
Model#: S 10In SOMSO-Plast®. Model assessed by Prof. Dr. Uwe Hoßfeld Didactics of Biology research group Bienenhaus Friedrich-Schiller University of Jena. Place and year of discovery: West side of Lake Turkana (Lake Rudolf) Kenya 1985. Age: approx....
SOMSO Reconstruction of Australopithecus afarensis
Model#: S 7In SOMSO-Plast®. Fossil sites of Australopithecus afarensis: Belohdelie Fejej Hadar (Denen Dora-Sidi Hakoma- and Kada Hadar-Member) Maka and Omo (Shungura and Usno Formation) Ethiopia Laetoli (Lower and Upper Laetoli Beds) Tanzania. Age: 3.6 - 3.0...
SOMSO Reconstruction of Femur of Homo erectus (Trinil 3)
Model#: S 2/FIn SOMSO-Plast®. Site and date of finding: Trinil Java Indonesia 1892. Age: Lower Middle-Pleistocene approx. 800.000 years.
SOMSO Reconstruction of Femur of Homo ergaster
Model#: S 2/KNMIn SOMSO-Plast®. Site and date of finding: Koobi Fora Kenya East-Africa 1971. Age: Middle Pleistocene approx. 1.8 million years.
SOMSO Reconstruction of Femur of Homo neanderthalensis
Model#: S 3/FIn SOMSO-Plast®. Site and date of finding: Feldhofer Cave Neander Valley near Düsseldorf 1856. Age: middle Upper Pleistocene (Würm Glacial) approx. 60 000 years old.
SOMSO Reconstruction of the Pelvis of Australopithecus africanus
Model#: S 5/Sts 14In SOMSO-Plast®. Site and date of finding: Sterkfontein Republic of South Africa 1947. Age: Upper Pliocene approx. 2.5 - 3 million years.
SOMSO Reconstruction of the Skull of Homo erectus
Model#: S 2In SOMSO-Plast®. Site and date of finding: Sangiran (Central Java) 1936 and 1939. Stratum of finding: Djetis formation. Age: Lower Pleistocene less than 1.9 million years. Separates into 2 parts.
SOMSO Reconstruction of the Skull of Homo ergaster (KNM-ER 3733)
Model#: S 2/3733In SOMSO-Plast®. Site and date of finding: Koobi Fora East Turkana Region Kenya East- Africa 1975. Age: Upper Pliocene approx. 1.8 million years.
SOMSO Reconstruction of the Skull of Homo habilis (O.H. 24)
Model#: S 3/1In SOMSO-Plast®. Site and date of finding: Olduvai Gorge region DK 1 east 1968. Age: approx. 1.85 million years Pliocene. Separates into 2 parts.
SOMSO Human Anatomy Models for Advanced Anatomical Education
SOMSO human anatomy models are precision-crafted teaching tools developed to support structured anatomical instruction in collegiate, clinical, and advanced educational environments. Known for their exceptional anatomical accuracy and fine structural detail, these models are designed to provide clear, realistic representations of human anatomy for in-depth study and demonstration.
Each model is engineered to align with higher-level instructional needs, allowing educators and students to explore anatomical systems with clarity and confidence. From full-body structures to organ-specific models, SOMSO products support system-level learning across a wide range of anatomy and healthcare education programs.
Engineered for Instructional Depth and Accuracy
SOMSO models are widely recognized for their ability to support detailed anatomical study through carefully developed design and craftsmanship. These models provide a level of structural accuracy and realism that supports both visual learning and hands-on educational use.
Key Features of SOMSO Human Anatomy Models
- High-resolution anatomical detailing for precise study
- True-to-scale proportions for accurate spatial understanding
- Multi-part dissections for layered anatomical exploration
- Realistic hand-painted finishes for visual clarity
- Durable construction for long-term institutional use
- Advanced cross-sectional views for system-level analysis
These features allow educators to demonstrate complex anatomical relationships while giving students the ability to engage directly with the material in a structured learning environment.
Designed for Collegiate and Clinical Learning Environments
SOMSO human anatomy models are used across a range of advanced educational settings where accuracy and durability are essential. Their design supports both instructor-led demonstrations and independent student study.
Common Educational Applications
- University anatomy and biology laboratories
- Medical and healthcare training programs
- Nursing and allied health education
- Clinical skills training environments
- Advanced anatomy and physiology courses
These models are engineered to meet the demands of repeated use while maintaining consistent instructional performance over time.
Supporting System-Level Anatomical Understanding
SOMSO models enable comprehensive study of human anatomy by illustrating how individual structures connect within larger biological systems. This approach supports deeper understanding of anatomical function and relationships, making them effective tools for advanced education.
Whether used for demonstration, examination preparation, or system-based instruction, SOMSO human anatomy models provide a reliable foundation for accurate and structured anatomical learning.
