School Laboratory

The model Amoeba aids education by demonstrating single-celled organisms' movement, feeding via pseudopodia, and essential biological processes like cell structure,and reproduction.

The Animal Cell model visually and interactively teaches students cell biology, highlighting the nucleus, mitochondria, and organelles, enhancing understanding of cellular structure and functions.

The Bacteria model helps students visually explore bacterial cell structure, highlighting the cell wall, membrane, flagella, and DNA, enhancing their understanding of bacterial anatomy and functions.

The Brain model visually and interactively teaches students brain anatomy, highlighting the cerebrum, cerebellum, brainstem, and lobes, enhancing understanding of neurological functions.

The Circulatory System model teaches students the anatomy of the heart, blood vessels, and blood flow, enhancing their understanding of cardiovascular functions and processes.

The DNA Model offers a clear, interactive view of the double helix structure, nucleotide sequences, and base pairing, enhancing students' understanding of genetics and molecular biology.

The Ear model offers a detailed view of ear anatomy, including the outer, middle, and inner ear, enhancing students' understanding of auditory functions and hearing processes.

The Eye model offers a detailed view of eye anatomy, including the cornea, lens, retina, and optic nerve, enhancing students' understanding of visual functions and vision.

The Heart model offers a detailed view of heart anatomy, including atria, ventricles, and valves, enhancing students' understanding of cardiovascular functions and blood circulation.

The Human Digestive System model offers a detailed view of the digestive tract, including the stomach, intestines, and liver, enhancing understanding of digestion and nutrient absorption.

In our school laboratory the Human Nervous System model provides a detailed, interactive view of the brain, spinal cord, and nerves, aiding in understanding neurological functions and communication.

The Human Reproductive System model provides a detailed view of male and female reproductive organs, aiding in understanding anatomy, functions, and processes of human reproduction.

The Human Respiratory System model provides a detailed view of the lungs, trachea, and bronchi, enhancing students' understanding of respiratory anatomy and functions.

The Human Teeth model provides a detailed view of incisors, canines, and molars, aiding in the study of dental anatomy and the functions of different teeth types.

The Human Torso model provides a detailed view of major organs and systems, including the heart, lungs, and digestive organs, enhancing understanding of human anatomy.

The Kidney with Bladder model provides a detailed view of the kidneys and bladder, illustrating urinary system anatomy and function to enhance students' understanding of renal processes.

The Larynx model offers a detailed view of vocal cords, cartilage, and surrounding structures, enhancing understanding of voice production and respiratory anatomy in educational settings.

The Lungs model offers a detailed, interactive view of lung anatomy, including bronchi and alveoli, enhancing understanding of respiratory functions and processes for educational purposes.

The Mitosis model visually demonstrates cell division stages—prophase, metaphase, anaphase, and telophase—enhancing students' understanding of cell replication and the mitotic process.

The Paramecium model offers a detailed view of this single-celled organism, highlighting cilia and the oral groove, enhancing understanding of protozoan anatomy and movement.

The Plant Cell model offers a detailed view of structures like the cell wall, chloroplasts, and vacuole, enhancing understanding of plant cell functions and processes.

The Respirometer model measures gas exchange rates in respiration experiments, providing insights into cellular respiration and metabolic processes of biological functions.

The Skeleton model provides a detailed view of human bones and joints, enhancing understanding of skeletal anatomy, joint functions, and body mechanics in educational settings.

The Skin model provides a detailed view of skin layers—epidermis, dermis, and hypodermis—enhancing understanding of skin anatomy, functions, and its role in protection.

The Coverslip model demonstrates its use in microscopy, showing how coverslips protect and secure specimens on slides, enhancing students' understanding of their role in microscopy.

The Dissecting Box model provides a secure, organized workspace for anatomical studies, aiding in the dissection and examination of specimens with precision and ease .

The Dissecting Microscope model offers a detailed, 3D view of specimens with low magnification, enhancing precision in dissection and examination for educational purposes.

The Dissecting Needle model is used for precise manipulation of specimens during anatomical dissections, aiding in detailed examination and careful dissection in educational settings.

The Forceps model demonstrates this essential tool for gripping and manipulating specimens during dissections and experiments, aiding precision and control in laboratory procedures.

The Gloves model demonstrates the use of protective gloves in laboratories, highlighting their role in ensuring safety, preventing contamination, and maintaining hygiene during experiments.

The Insect Box model stores and displays insect specimens, aiding in the study of insect anatomy, diversity, and classification for educational purposes in biology labs.

The Laboratory Coat model highlights the importance of protective clothing in lab settings, ensuring safety, hygiene, and contamination prevention during scientific experiments and procedures.

The Masks model emphasizes the use of protective masks in labs to ensure safety, prevent contamination, and maintain hygiene during experiments and lab work.

The Microscope model provides a detailed view of microorganisms and cell structures, enhancing students' ability to observe and study specimens at a microscopic level.

The Microtome model prepares thin slices of specimens for microscopic examination, aiding in the detailed study of tissue structures in educational and research settings.

The Plain Slides model holds and supports specimens for microscopic examination, facilitating clear and accurate observation of samples in educational and research settings.

School laboratory supplies encompass a wide range of equipment, consumables, and instruments essential for educational purposes across various scientific disciplines.

The Safety Goggles model emphasizes eye protection during experiments, ensuring safety by preventing injuries from chemicals, debris, and other hazards in the laboratory.

The Scalpel model is used for precision cutting in dissections and specimen preparation, aiding in detailed anatomical studies and enhancing accuracy in laboratory procedures.

The Scissors model is used for cutting specimens and materials during dissections and experiments, ensuring precision and ease of use in laboratory procedures.

The Slide Box model stores and organizes microscope slides, keeping them protected and easily accessible for examination, ensuring efficient use in laboratory settings.

The Stage Micrometer model calibrates microscopes, providing a precise scale for accurate measurement of specimens and ensuring accurate observations and measurements in laboratory settings.

The StereoZoom Microscope model provides 3D magnification of specimens, offering detailed, low-magnification views ideal for examining larger samples and biological structures in biology labs.