5.1. The Three-Dimensional Labs are interactive visual teaching aids. They are designed to help Students visualise structures, systems, and processes that are difficult to see in a two-dimensional textbook diagram, such as the human body, the heart, a cell, the periodic table, molecules, the solar system, and physical phenomena. They are not real anatomical specimens, not real laboratory equipment, not real medical devices, and not real scientific instruments.
5.2. The Human Body three-dimensional atlas, including any model that shows organs, systems, bones, muscles, nerves, blood vessels, or other anatomical structures, is a simplified, stylised, and illustrative model. It is intended for school-level education. It is not anatomically complete, not to scale in every respect, not a substitute for a medical textbook, an anatomy atlas used in medical education, a cadaveric study, or a clinical examination, and not a basis for any medical diagnosis, treatment, or decision.
5.3. The Heart and ECG laboratory, including any simulation of a heartbeat, heart rate, electrocardiogram waveform, or cardiac rhythm, is an educational simulation. It is not a medical device, not a diagnostic tool, not a clinical monitor, and not a substitute for a real electrocardiogram, a real heart rate monitor, or the advice of a qualified medical professional. The heart rates, waveforms, and readings shown in the simulation are illustrative values chosen for teaching, not measurements of any real person's heart.
5.4. No Three-Dimensional Lab, simulation, or related Content provides medical advice, health advice, diagnosis, treatment, prognosis, or a recommendation about any medical condition, medicine, therapy, diet, exercise, or health practice. If a Student, parent, teacher, or any other user has a question about health, a symptom, a medical condition, or a treatment, that person should consult a qualified medical professional, and should not rely on any Content on the Platform.
5.5. The Cell laboratory, the Molecular laboratory, and the Chemistry laboratory present simplified models of cells, molecules, atoms, chemical structures, and chemical reactions for school-level teaching. Molecular shapes, atomic sizes, bond angles, reaction mechanisms, and chemical behaviour are simplified for clarity. They are not a substitute for a university-level chemistry textbook, a laboratory experiment conducted under proper supervision, or professional scientific advice.
5.6. The Periodic Table laboratory presents the elements, their symbols, atomic numbers, and selected properties in a form suitable for school students. Element data, including atomic weights, may be rounded, simplified, or presented according to a particular edition or source. Students should verify element data against the prescribed textbook and the current syllabus before using it in an examination.
5.7. The Universe laboratory, the Solar System laboratory, and the Space laboratory present simplified models of planets, stars, orbits, distances, sizes, and astronomical phenomena. Distances, sizes, speeds, and timescales are not to scale, and are adjusted so that the model can be viewed and understood on a screen. They are illustrative teaching aids, not astronomical measurements, not navigation tools, and not a substitute for an authoritative astronomical source.
5.8. The Physics laboratory and the Vector Calculus laboratory present simplified simulations of physical phenomena and mathematical concepts. A simulation may omit friction, air resistance, measurement error, or other real-world factors in order to illustrate a principle clearly. A result shown in a simulation is an illustration of a principle under simplified conditions, not a prediction of the exact result of a real experiment.
5.9. Three-Dimensional Labs may allow a Student to rotate a model, to zoom in or out, to explode or separate parts, to isolate a part, to tap a part for its name, or to view a system in isolation. These interactions are teaching features. Isolating a part does not mean that the part functions independently in a real body, a real cell, or a real system. A Student should learn how parts work together as a system, as explained in the accompanying lesson and in the prescribed textbook.
5.10. The number of parts, systems, or labels shown in a Three-Dimensional Lab is a feature of the model as built for teaching, and may differ from the number shown in a textbook, in another model, or in a professional reference. A difference in count does not mean that the textbook or the model is wrong. It reflects different choices about level of detail, classification, and simplification for school-level teaching.
5.11. Three-Dimensional Labs should be used under the guidance of a teacher or parent where the Student is a Minor or where the Student is unfamiliar with the topic. A teacher may use a laboratory to demonstrate a concept in class, to assign exploration as homework, or to support revision, but the teacher remains responsible for the teaching, for the accuracy of the lesson as delivered, and for the safety of any real laboratory work conducted at school.
5.12. Eduplore does not warrant that a Three-Dimensional Lab will be suitable for any particular device, screen size, operating system version, or network condition, or that it will render identically on every device. Performance may vary with device capability, available memory, graphics support, and network speed. Section 10 explains technical availability in more detail.