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This set of 10 acrylic geometric solids will help you make your lessons more engaging and easier to understand. Thanks to the height bars, guidelines for calculating volume, and surfaces of revolution for spheres, cones, and cylinders, your students will find it easy to calculate the volume and surface area of geometric solids. They will discover the properties and structure of the different solids.
Dimensions:
Cuboid (H x W x D): 15.5 x 12 x 8 cm
Cube (H x W x D): 8 x 8 x 8 cm
Cylinder: Height: 15.5 cm, Ø 12 cm
Cone: Height: 15.5 cm, Ø 12 cm
Prism: Height: 15.5 cm, Edge length: 12 cm
Hexagonal column: Height: 15.5 cm, Edge length: 4.4 cm
Triangular pyramid: Height: 15.5 cm, Edge length: 11.8 cm
Quadruple pyramid: Height: 15.5 cm, Edge length: 12 cm
Hexagonal pyramid: Height: 15.5 cm, Edge length: 4.4 cm
Sphere: Ø 8 cm
The hearts of a fish, a frog, a reptile, a pigeon, and a rabbit have been cast in transparent plastic.
Plastic, length 10 cm
Diffraction glasses are intended for use in physics education, especially for illustrating the optics topic block, for laboratory work and in science circles.
This is a STEM learning tool that allows students to directly observe and understand phenomena related to the wave nature of light. The glasses act as diffraction gratings that refract the passing light, dividing it into components, or the visible light spectrum.
The glasses allow you to visually analyze and compare the radiation spectra and the intensity of emission lines of different light sources (e.g. incandescent, LED or gas discharge lamps).
Simple digital hook scale with a range of 50kg, minimum reading 100g. Powered by 2xAAA batteries
Material: PE
Scale step 0.2N, scale length 50mm. Total length in initial position 260mm.
Scale step 0.1N, scale length 50mm. Total length in initial position 260mm.
This high-quality interactive teaching aid is designed for biology, geography, and earth science classes to demonstrate the water cycle in nature in a hands-on way. The model features a 3D relief landscape (representing mountains, rivers, and the sea) and a transparent lid with a dedicated cloud-shaped ice container. By pouring water into the base, placing ice cubes into the cloud container (to simulate cold atmospheric temperatures), and using a lamp above (to simulate solar heat), students can observe actual evaporation, condensation, and precipitation as it literally rains inside the model.
- Includes: 3D relief landscape plastic tank, transparent cover lid, cloud/ice container.
- Application: Primary and secondary schools, science clubs, educational centers.
Spout length 40mm
Embossed globe model with cutout, diameter 30cm
Human Chromosome Model (10,000x Magnification)
The Human Chromosome Model is a visual teaching aid designed to teach the topics of genetics, meiosis and cytology in biology and medicine classes. The model offers 10,000x magnification, allowing for a detailed and intuitive demonstration of the structure of the deeply packed genetic material (chromatin) during cell division.
Educational Purpose: The highly distinguishable structure is suitable for illustrating anatomy, medicine and physiology courses in schools.
Execution: The model is made of PVC material, finished by hand (hand-painted details)
Dimensions 30x13x5 cm
A three-dimensional (3D) atomic model is a teaching tool designed to illustrate the structure of an atom, the spatial arrangement of subatomic particles, and the structure of orbitals in physics and chemistry lessons. The model's 30 cm diameter ensures good visibility even in a larger classroom, making it suitable as a demonstration tool for teachers. The three-dimensional design helps students understand the principles of the microworld, which are difficult to imagine from a two-dimensional drawing or textbook. The tool allows you to explain the composition of the atomic nucleus (protons and neutrons) and the distribution of the electron shell (electrons and energy levels).
Transparent Anatomical Model of Lungs and Bronchial Tree on Stand.
This high-quality educational model is designed to demonstrate the anatomy of the human respiratory system. The transparent lung lobes offer a clear visual representation of the color-coded bronchial tree and its internal topography. Made from durable plastic, this model is an excellent teaching aid for biology, anatomy, and physiology classes in schools, universities, and medical institutions.
- Features: Transparent lung shells, color-coded bronchial tree, stable desktop stand, realistic scale.
Engineered from high-purity polytetrafluoroethylene (PTFE), these tweezers are designed for handling aggressive chemical compounds and sensitive samples in laboratory and industrial environments.
- Universal chemical inertness
- Wide thermal operating range
- Low surface energy
- Biological safety
Designed for precise gripping and sampling in environments where conventional polymers and metals are not chemically or thermally resistant.
A set of rock and mineral specimens for study or collection. The set contains 49 different natural specimens, divided into compartments in a wooden box.
Features:
49 specimens: The set represents igneous, metamorphic and sedimentary rocks and various minerals (e.g. basalt, granite, quartz, calcite).
Numbered system: All specimens are provided with a number that corresponds to the list on the box lid.
Identification table: The list on the inside of the lid contains the English name of each number.
Wooden box: The collection is placed in a wooden box with partitions and a hinged lid.
Human Anatomical Skeleton Model (84 cm)
The anatomical skeleton model is a compact and detailed teaching tool. The model provides a morphologically accurate overview of the human support system, peripheral nervous system and main vascular system.
Combined anatomy: The skeletal structure, spinal nerves and arterial and venous network are distinguished by clear color codes.
Removable skull: Allows direct examination of the anatomy and structure of the skull base.
Natural articulation: The bones and joints are movable and anatomically intact.
Made of durable and wear-resistant PVC plastic, comes with a stable base frame for display.
Technical data: Height 84 cm, weight 2500 g, material PVC, bone white design with colored nerve and blood vessel elements.
Size 1/1. 3 parts
PTFE Laboratory Spoon
Engineered from high-purity polytetrafluoroethylene (PTFE), this spoon is designed for handling aggressive chemical compounds and sensitive samples in laboratory and industrial environments.
- Universal chemical inertness
- Wide thermal operating range
- Low surface energy
- Biological safety
Designed for precise dosing and sampling in environments where conventional polymers and metals are not chemically or thermally resistant.
Mechanical scales for schools are a practical teaching tool for teaching the subject of mass measurement in mathematics and science classes.
Product features:
Analogue scale: The clear dial allows students to follow the movement of the pointer and learn to read the analogue scale (divisions with an accuracy of 20 g).
Battery-free mechanics: The device works without a power source and is always ready for use in the classroom.
Materials: Metal housing and removable metal bowl, which is easy to clean after weighing bulk materials (e.g. sand, beans, flour).
Measuring range: Maximum weight is 5 kg.
Zero setting option
The Tellurion is a practical and educational astronomical model that illustrates the orbit of the Earth and the Moon around the Sun, helping to visually explain various natural phenomena.
The device is designed to support learning, making it possible to demonstrate the changing of seasons, variations in day and night length, solar and lunar eclipses, and lunar phases in an academic or home environment.
At the center of the model is a red sphere representing the Sun, featuring an integrated light source. This illuminates the Earth and Moon models just as it occurs in space, accurately mimicking sunlight. A mechanical gear system ensures the simultaneous movement of the elements, making the fundamental principles of astronomy simple and engaging for students to understand.
Rod length 43 mm, suitable for test tubes with an outer diameter of 14mm to 16mm.
Dimensions 170x90x60mm
Wall 0,6mm
Chrome steel
Material AlNiCo. Strong single-color U-magnet with dimensions 100x50x6mm. Poles marked
The volcano model depicts a cross-section of a stratovolcano, or stratovolcano, showing its internal and external structure.
Main elements of the model:
Magma chamber: The area under the volcano in the Earth's crust where magma accumulates.
Flue: The central vertical channel along which magma moves toward the surface.
Crater: The funnel-shaped depression at the top of a volcano from which lava, ash, and gases erupt.
Layered structure: The cone of a volcano consists of alternating layers of petrified lava flows and volcanic ash and other tephra.
Side vents and sills: Side channels branching off from the main vent and magma (sills) that have penetrated between the layers.
Erupting volcano model with cross section
A large demonstration model for teaching the structure and eruption of a stratovolcano (stratovolcano) in 7th-9th grade classes. On one side of the cross section, the internal parts of the volcano are labeled (chimney, magma chamber, layers, crust, mantle, etc.), and on the other side, letters that can be used to check knowledge.
Use in teaching: the model is suitable for illustrating the topics of volcanism and the internal structure of the Earth in geography. The reaction of baking soda and vinegar, during which carbon dioxide is released, allows you to relate a volcanic eruption to the acid-base reaction discussed in chemistry class. By changing the proportions of the reagents, you can discuss with students its effect on the intensity of the eruption.
Materials needed for the experiment (not included): baking soda (½ tbsp), vinegar (¼ cup or approx. 60 ml), red food coloring (4-5 drops), transparent, yellow or orange dishwashing detergent (½ tbsp).
Safety and maintenance: Wear safety glasses and a lab coat when performing the experiment. Clean the model with warm water without abrasives and do not allow the lava solution to dry on the model.
This set of 10 acrylic geometric solids will help you make your lessons more engaging and easier to understand. Thanks to the height bars, guidelines for calculating volume, and surfaces of revolution for spheres, cones, and cylinders, your students will find it easy to calculate the volume and surface area of geometric solids. They will discover the properties and structure of the different solids.
Dimensions:
Cuboid (H x W x D): 15.5 x 12 x 8 cm
Cube (H x W x D): 8 x 8 x 8 cm
Cylinder: Height: 15.5 cm, Ø 12 cm
Cone: Height: 15.5 cm, Ø 12 cm
Prism: Height: 15.5 cm, Edge length: 12 cm
Hexagonal column: Height: 15.5 cm, Edge length: 4.4 cm
Triangular pyramid: Height: 15.5 cm, Edge length: 11.8 cm
Quadruple pyramid: Height: 15.5 cm, Edge length: 12 cm
Hexagonal pyramid: Height: 15.5 cm, Edge length: 4.4 cm
Sphere: Ø 8 cm
The hearts of a fish, a frog, a reptile, a pigeon, and a rabbit have been cast in transparent plastic.
Diffraction glasses are intended for use in physics education, especially for illustrating the optics topic block, for laboratory work and in science circles.
This is a STEM learning tool that allows students to directly observe and understand phenomena related to the wave nature of light. The glasses act as diffraction gratings that refract the passing light, dividing it into components, or the visible light spectrum.
The glasses allow you to visually analyze and compare the radiation spectra and the intensity of emission lines of different light sources (e.g. incandescent, LED or gas discharge lamps).
Simple digital hook scale with a range of 50kg, minimum reading 100g. Powered by 2xAAA batteries
Scale step 0.2N, scale length 50mm. Total length in initial position 260mm.
Scale step 0.1N, scale length 50mm. Total length in initial position 260mm.
This high-quality interactive teaching aid is designed for biology, geography, and earth science classes to demonstrate the water cycle in nature in a hands-on way. The model features a 3D relief landscape (representing mountains, rivers, and the sea) and a transparent lid with a dedicated cloud-shaped ice container. By pouring water into the base, placing ice cubes into the cloud container (to simulate cold atmospheric temperatures), and using a lamp above (to simulate solar heat), students can observe actual evaporation, condensation, and precipitation as it literally rains inside the model.
- Includes: 3D relief landscape plastic tank, transparent cover lid, cloud/ice container.
- Application: Primary and secondary schools, science clubs, educational centers.
Human Chromosome Model (10,000x Magnification)
The Human Chromosome Model is a visual teaching aid designed to teach the topics of genetics, meiosis and cytology in biology and medicine classes. The model offers 10,000x magnification, allowing for a detailed and intuitive demonstration of the structure of the deeply packed genetic material (chromatin) during cell division.
Educational Purpose: The highly distinguishable structure is suitable for illustrating anatomy, medicine and physiology courses in schools.
Execution: The model is made of PVC material, finished by hand (hand-painted details)
Dimensions 30x13x5 cm
A three-dimensional (3D) atomic model is a teaching tool designed to illustrate the structure of an atom, the spatial arrangement of subatomic particles, and the structure of orbitals in physics and chemistry lessons. The model's 30 cm diameter ensures good visibility even in a larger classroom, making it suitable as a demonstration tool for teachers. The three-dimensional design helps students understand the principles of the microworld, which are difficult to imagine from a two-dimensional drawing or textbook. The tool allows you to explain the composition of the atomic nucleus (protons and neutrons) and the distribution of the electron shell (electrons and energy levels).
Transparent Anatomical Model of Lungs and Bronchial Tree on Stand.
This high-quality educational model is designed to demonstrate the anatomy of the human respiratory system. The transparent lung lobes offer a clear visual representation of the color-coded bronchial tree and its internal topography. Made from durable plastic, this model is an excellent teaching aid for biology, anatomy, and physiology classes in schools, universities, and medical institutions.
- Features: Transparent lung shells, color-coded bronchial tree, stable desktop stand, realistic scale.
Engineered from high-purity polytetrafluoroethylene (PTFE), these tweezers are designed for handling aggressive chemical compounds and sensitive samples in laboratory and industrial environments.
- Universal chemical inertness
- Wide thermal operating range
- Low surface energy
- Biological safety
Designed for precise gripping and sampling in environments where conventional polymers and metals are not chemically or thermally resistant.
A set of rock and mineral specimens for study or collection. The set contains 49 different natural specimens, divided into compartments in a wooden box.
Features:
49 specimens: The set represents igneous, metamorphic and sedimentary rocks and various minerals (e.g. basalt, granite, quartz, calcite).
Numbered system: All specimens are provided with a number that corresponds to the list on the box lid.
Identification table: The list on the inside of the lid contains the English name of each number.
Wooden box: The collection is placed in a wooden box with partitions and a hinged lid.
Human Anatomical Skeleton Model (84 cm)
The anatomical skeleton model is a compact and detailed teaching tool. The model provides a morphologically accurate overview of the human support system, peripheral nervous system and main vascular system.
Combined anatomy: The skeletal structure, spinal nerves and arterial and venous network are distinguished by clear color codes.
Removable skull: Allows direct examination of the anatomy and structure of the skull base.
Natural articulation: The bones and joints are movable and anatomically intact.
Made of durable and wear-resistant PVC plastic, comes with a stable base frame for display.
Technical data: Height 84 cm, weight 2500 g, material PVC, bone white design with colored nerve and blood vessel elements.
PTFE Laboratory Spoon
Engineered from high-purity polytetrafluoroethylene (PTFE), this spoon is designed for handling aggressive chemical compounds and sensitive samples in laboratory and industrial environments.
- Universal chemical inertness
- Wide thermal operating range
- Low surface energy
- Biological safety
Designed for precise dosing and sampling in environments where conventional polymers and metals are not chemically or thermally resistant.
Mechanical scales for schools are a practical teaching tool for teaching the subject of mass measurement in mathematics and science classes.
Product features:
Analogue scale: The clear dial allows students to follow the movement of the pointer and learn to read the analogue scale (divisions with an accuracy of 20 g).
Battery-free mechanics: The device works without a power source and is always ready for use in the classroom.
Materials: Metal housing and removable metal bowl, which is easy to clean after weighing bulk materials (e.g. sand, beans, flour).
Measuring range: Maximum weight is 5 kg.
Zero setting option
The Tellurion is a practical and educational astronomical model that illustrates the orbit of the Earth and the Moon around the Sun, helping to visually explain various natural phenomena.
The device is designed to support learning, making it possible to demonstrate the changing of seasons, variations in day and night length, solar and lunar eclipses, and lunar phases in an academic or home environment.
At the center of the model is a red sphere representing the Sun, featuring an integrated light source. This illuminates the Earth and Moon models just as it occurs in space, accurately mimicking sunlight. A mechanical gear system ensures the simultaneous movement of the elements, making the fundamental principles of astronomy simple and engaging for students to understand.
Rod length 43 mm, suitable for test tubes with an outer diameter of 14mm to 16mm.
Dimensions 170x90x60mm
Material AlNiCo. Strong single-color U-magnet with dimensions 100x50x6mm. Poles marked
The volcano model depicts a cross-section of a stratovolcano, or stratovolcano, showing its internal and external structure.
Main elements of the model:
Magma chamber: The area under the volcano in the Earth's crust where magma accumulates.
Flue: The central vertical channel along which magma moves toward the surface.
Crater: The funnel-shaped depression at the top of a volcano from which lava, ash, and gases erupt.
Layered structure: The cone of a volcano consists of alternating layers of petrified lava flows and volcanic ash and other tephra.
Side vents and sills: Side channels branching off from the main vent and magma (sills) that have penetrated between the layers.
Erupting volcano model with cross section
A large demonstration model for teaching the structure and eruption of a stratovolcano (stratovolcano) in 7th-9th grade classes. On one side of the cross section, the internal parts of the volcano are labeled (chimney, magma chamber, layers, crust, mantle, etc.), and on the other side, letters that can be used to check knowledge.
Use in teaching: the model is suitable for illustrating the topics of volcanism and the internal structure of the Earth in geography. The reaction of baking soda and vinegar, during which carbon dioxide is released, allows you to relate a volcanic eruption to the acid-base reaction discussed in chemistry class. By changing the proportions of the reagents, you can discuss with students its effect on the intensity of the eruption.
Materials needed for the experiment (not included): baking soda (½ tbsp), vinegar (¼ cup or approx. 60 ml), red food coloring (4-5 drops), transparent, yellow or orange dishwashing detergent (½ tbsp).
Safety and maintenance: Wear safety glasses and a lab coat when performing the experiment. Clean the model with warm water without abrasives and do not allow the lava solution to dry on the model.