SOMSO Zoology Anatomy Models (143)

SOMSO zoology anatomy models are precision-crafted teaching tools designed to support structured biological and comparative anatomy education across classroom and collegiate learning environments. This collection includes detailed representations of animal anatomy, enabling clear visualization of skeletal organization, organ systems, and species-specific structures. These models support demonstration, system-level study, and advanced zoology instruction.

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  • SOMSO Common Toad, Male
    Model#: ZoS 1012
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    Bufo bufo. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Midwife Toad, Male with spawn
    Model#: ZoS 1008
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    Alytes obstetricans. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Smooth Newt, Pair
    Model#: ZoS 1007
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    Triturus vulgaris. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Palmate Newt, Pair
    Model#: ZoS 1005
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    Triturus helveticus. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Alpine Newt, Pair
    Model#: ZoS 1004
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    Triturus alpestris. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Spotted Fire Salamander, Female
    Model#: ZoS 1002
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    Salamandra s. salamandra. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Spotted Fire Salamander, Male
    Model#: ZoS 1001
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    Salamandra s. salamandra. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Alpine salamander, 2 young specimens
    Model#: ZoS 1000/2
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    Salamandra a. atra. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Alpine Salamander, Male
    Model#: ZoS 1000
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    Salamandra a. atra. Natural size in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). On a green base with a transparent dust cover. Size of the box:

  • SOMSO Model of a Water-Flea
    Model#: ZoS 121
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    Daphnia pulex in SOMSO-Plast®. Female animal with summer eggs. After Christian Groß Head of Biology Department (retired). Enlarged approx. 200 times. The 35 cm. tall transparent model shows apart from typical characteristics such as rowing-antennae...

  • SOMSO Mussel
    Model#: ZoS 119
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    Anodonta cygnea anatomical view right half of shell - pallium half and gill removed foot opened at the right side. After Christian Groß Head of Biology Department (retired). Linearly enlarged 4 times in SOMSO-Plast®. The...

  • SOMSO Vineyard Snail
    Model#: ZoS 117
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    Helix pomatia L. enlarged approx. 6 times in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). The approx. 60 cm. long model is that of a crawling edible snail. The right view shows the...

  • SOMSO Head of the Beef Tape-Worm or Unarmed Tape-Worm
    Model#: ZoS 116/2
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    Taenia saginata enlarged many times in SOMSO-Plast®. In one piece. On a green base.

  • SOMSO Star-Fish
    Model#: ZoS 114
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    Asterias many times enlarged in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). The model shows in detail: 1. Complete arm with normal position of the organs (stomach intestinal caeca pyloric caeca ampullae). 2....

  • SOMSO Slipper Animalcule
    Model#: ZoS 107
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    Paramecium enlarged approx. 1600 times in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). The model shows the cell of a protozoa: macro- and micronucleus contractile vacuoles cytostome with membranellae myonemes and food vacuoles...

  • SOMSO Fresh Water Polyp
    Model#: ZoS 106
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    Hydra enlarged approx. 30 times in SOMSO-Plast®. After Christian Groß Head of Biology Department (retired). The anatomy of the hydra is shown in longitudinal section: entoderm mesoglea ectoderm male and female egg-cells buds and mouth...

  • SOMSO Model of the Anatomy of a Bony Fish
    Model#: ZoS 105
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    The model is that of a carp - cyprinus carpio. In SOMSO-Plast®. Modelled from life in natural size. Intestines air-bladder and testicles removable. Separates into 4 parts. On a stand with green base and explanation.

  • SOMSO Chicken's Embryo After Approximately 4 Days Incubation
    Model#: ZoS 103/5
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    Enlarged 45 times linearly in SOMSO-Plast®. The embryo opened on the right gives a general view of the detailed regions of the central nervous system and the structure of the cerebral nerves. In one piece....

  • SOMSO Chicken's Embryo After
    Model#: ZoS 103/4
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    Approximately 50 Hours Incubation Enlarged 54 times linearly in SOMSO-Plast®. The embryo separated from the vitelline mass shows the changes of position caused by the bending of the neck and turning of the anterior body....

  • SOMSO Chicken s Embryo After Approx. 33 Hours Incubation
    Model#: ZoS 103/3
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    enlarged 53 times linearly. In SOMSO-Plast®. A concentric part of the embryo can be removed from the yolk comites and chorda are visible through a ventral window. Separates into 2 parts on a stand with...

  • SOMSO Chicken's Embryo After approx. 20 Hours Incubation
    Model#: ZoS 103/2
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    This model shows a section of the membrane enlarged 56 times linearly in SOMSO-Plast®. Separates into 4 parts. On a stand with green base.

  • SOMSO Germinal Disc of a Fertilised but Unincubated Egg
    Model#: ZoS 103/1
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    The model shows the germinal disc in the stage of the formation of the yolk membrane - linearly enlarged 70 times in SOMSO-Plast®. In one piece. On a stand with green base.

  • SOMSO Structure of Chicken's Egg
    Model#: ZoS 103
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    The model shows an unincubated fertilised chicken's egg enlarged 6.5 times linearly in SOMSO-Plast®. In one piece. On a stand and green base with explanatory notes.

  • SOMSO Globorotalia menardii
    Model#: ZoS 101/1
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    Foramenifera plankton in SOMSO-Plast®. In co-operation with Dr. Barbara Donner.

SOMSO Zoology Anatomy Models for Comparative and Biological Education

SOMSO zoology anatomy models are precision-crafted teaching tools designed to support structured biological and comparative anatomy education across classroom and collegiate learning environments. These models provide detailed representations of animal anatomy, enabling clear visualization of internal structures, organ systems, and species-specific characteristics for in-depth study and demonstration.

Each model is engineered to align with instructional needs in zoology and life science programs, allowing educators and students to explore anatomical similarities and differences across species. This supports a deeper understanding of biological organization, functional adaptation, and comparative anatomy.

Engineered for Anatomical Accuracy and Comparative Study

SOMSO models are recognized for their fine structural detail and realistic construction, making them effective tools for studying animal anatomy in a structured educational setting. These models are designed to provide clarity when examining both external morphology and internal anatomical systems.

Key Features of SOMSO Zoology Anatomy Models

  • Detailed representations of animal anatomical structures
  • Clear visualization of organ systems and internal organization
  • Multi-part designs for layered anatomical exploration
  • Realistic finishes for accurate visual identification
  • Durable construction for repeated classroom and lab use
  • Designed for comparative and system-level study

These features support effective teaching and allow students to engage with anatomical concepts through direct observation and hands-on learning.

Designed for Zoology and Life Science Learning Environments

SOMSO zoology anatomy models are used across a range of educational settings where comparative anatomy and biological study are essential. Their design supports both instructor-led demonstrations and independent exploration of animal structure and function.

Common Educational Applications

  • University zoology and biology laboratories
  • Comparative anatomy courses
  • Life science and biology programs
  • Veterinary and animal science education
  • Classroom-based biological instruction

These models are built to support consistent instructional use while maintaining anatomical clarity and durability over time.

Supporting Comparative and System-Level Understanding

SOMSO zoology models enable learners to study how anatomical structures vary across different species while maintaining core biological functions. This comparative approach helps reinforce key concepts in evolution, adaptation, and system organization.

Whether used for demonstration, structured coursework, or independent study, SOMSO zoology anatomy models provide a reliable foundation for accurate and engaging biological education.

What are SOMSO zoology anatomy models used for?

They are used to teach animal anatomy, comparative biology, and system-level organization in structured educational environments.

Who should use SOMSO zoology models?

These models are ideal for educators, students, and programs focused on biology, zoology, veterinary studies, and life sciences.

What types of animals are represented in this collection?

The collection includes models of various animal species used to study anatomical structure and biological systems.

Do these models include internal anatomical details?

Yes, many models include internal structures and multi-part designs for detailed study of organ systems.

Are SOMSO zoology models suitable for comparative anatomy?

Yes, they are specifically designed to support comparison between species and anatomical systems.

Are these models durable for classroom use?

Yes, they are built with durable materials for repeated use in educational settings.

Can these models be used in veterinary education?

Yes, they are commonly used in veterinary and animal science programs for anatomical instruction.

What subjects can be taught with these models?

They support zoology, biology, comparative anatomy, veterinary studies, and general life science education.