Teaching Models
Science teaching models help visualise complex biological, chemical, and physical concepts.
Crafted for classroom durability, these models enhance interactive and engaging learning experiences.
Australian schools and universities use teaching models to improve comprehension and practical understanding.
Crafted for classroom durability, these models enhance interactive and engaging learning experiences.
Australian schools and universities use teaching models to improve comprehension and practical understanding.
3D Botany Teaching Models, Plant Anatomy Demonstration Range
From $99.90 (Ex GST)
Biology Teaching Models, Cell and DNA Demonstration Range
From $72.50 (Ex GST)
Chemistry Teaching Models, Atomic and Crystal Structure Demonstration Range
From $21.50 (Ex GST)
Human Anatomy Teaching Models, Brain and Nervous System Range
From $84.90 (Ex GST)
Human Circulatory Teaching Models, Heart and Circulation Demonstration Range
From $114.90 (Ex GST)
Human Disgestive System Teaching Models for Anatomy
From $99.90 (Ex GST)
Human Reproductive System teaching models
From $207.90 (Ex GST)
Human Sense Organs Teaching Models For Classroom
From $83.50 (Ex GST)
Human Skull Model, Anatomy Teaching Type
From $54.90 (Ex GST)
Human Torso Anatomy Models For Teaching
From $224.50 (Ex GST)
Joint Anatomy Teaching Models For Classrooms
From $95.90 (Ex GST)
Kidney Anatomy Model, Bench Top Teaching Display on Stand
$99.90 (Ex GST)
Physics Demonstration Balls, Happy and Unhappy Bounce Pair or Floating Density Ball
From $21.50 (Ex GST)
Respiratory and Cardiopulmonary Teaching Models
From $72.50 (Ex GST)
Zoology Teaching Models, Animal Cell and Dissection Demonstration Range
From $33.90 (Ex GST)
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Teaching Models include classroom demonstration models used to support visual learning across biology, human anatomy, chemistry, physics, earth science, and general STEM education. This category brings together 3D botany models, cell and DNA teaching models, atomic and crystal structure models, human anatomy models, organ system models, joint models, skull models, torso models, seismograph models, physics demonstration balls, and training stethoscope models for supervised teaching environments.
Biology and botany models help students understand structures that are difficult to study from textbook images alone. Plant anatomy models, animal cell models, cell and DNA models, and zoology teaching models give students a clearer way to identify parts, compare structures, and connect biological terms with visible form. OpenStax Biology explains that plant and animal cells contain different structures, including plant cell walls, chloroplasts, plastids, and central vacuoles, which makes visual modelling useful for classroom comparison and revision.
Human anatomy teaching models support lessons on body systems, structure, and organ relationships. This category includes brain and nervous system models, circulatory models, digestive system models, reproductive system models, sense organ models, skull models, torso models, joint models, kidney models, respiratory and cardiopulmonary models, and single head stethoscope training models. OpenStax Anatomy and Physiology 2e is organised around body systems and supports the teaching context for models that help students identify anatomical structures and understand their relationships.
Chemistry and physics models help turn abstract ideas into visible classroom demonstrations. Atomic and crystal structure models support lessons on atoms, molecules, ions, bonding, and material structure, while physics demonstration balls and seismograph teaching models support practical discussion of motion, material behaviour, waves, and earth science measurement. OpenStax Chemistry 2e covers atomic and molecular foundations, which aligns with the teaching purpose of atomic and crystal structure model sets.
These models are especially useful in Australian classrooms because they support hands-on teaching, group discussion, revision, and practical explanation. The Australian Curriculum: Science focuses on science understanding, science inquiry skills, and science as a human endeavour, so physical teaching models can help students connect scientific language with observable structure and function.
For LabChoice Australia customers, Teaching Models provide a practical range for schools, universities, science departments, nursing training rooms, biology laboratories, chemistry classrooms, physics lessons, STEM programs, and preparation areas that need clear, durable, and easy-to-use models for classroom explanation and student engagement.