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Helps assess a child’s readiness to develop foundational academic skills in a play-based and accessible way.

Helps assess a child’s readiness for more complex academic tasks in a structured learning environment.

Helps determine how a child understands spoken language and follows simple instructions without additional support.

Helps determine how a child copes with complex instructions and changing demands.

Helps assess the development of visual attention, sensory processing, and fine motor control.

Helps assess the development of advanced visual analysis and logical reasoning skills.

Helps determine the level of vocabulary understanding and use in everyday communication.

Helps determine how a child understands and uses more complex language structures.

Helps assess how a child engages in dialogue and responds to simple questions.

Helps assess the development of oral language, logical reasoning and coherent expression.

Helps identify a child’s ability to learn through imitation.

Helps determine the level of motor memory and the ability to retain action sequences.

Helps assess how a child initiates communication and expresses needs.

Helps assess a child’s self-initiated communication and social engagement.

Helps create a predictable environment, reduce anxiety and support a child’s independence.

Helps create a predictable environment, reduce anxiety and support a child’s independence.

Designed for the K-12 curriculum, this kit supports biology demonstrations and labs on plant and animal anatomy, morphology, biochemical and physiological processes. Compatible with modern digital measurement systems and sensors.

Set of Glassware and Equipment for Laboratory Experiments and Practical Work (Biology Student) Lite

Microscope and Set of Microslides for the Biology Classroom (for Teacher and Student)

Physics Set “Mechanics, Molecular Physics and Thermodynamics” – Laboratory Set for Teacher and Student

Student Set (Physics) Lite

For K-12 lessons; enables clear demonstrations of circuit assembly and the operating principles of various electrical schemes.

For K-12 student experiments in electricity and magnetism — building circuits and analysing how different components function.

The ULABS “Optics. Student Lab Kit” is designed for the K-12 curriculum. It is used in the physics classroom to carry out laboratory experiments while studying the topic “Optics.” The kit includes lenses of different focal lengths, colour filters, diffraction gratings and other optical components. It helps students master the operating principles of the pin-hole camera, telescope, microscope and periscope, while building solid hands-on skills.

Designed for K-12 instruction. Used in physics labs to demonstrate and investigate geometrical and wave optics, allowing students to explore the nature of light and related phenomena and to verify optical laws experimentally.

The ULABS “Physics. Dynamic System” supports K-12 learning. It is used in the physics lab for both demonstration and practical work in kinematics and dynamics. The system comprises an aluminium track with adjustable incline, two plastic carts, a pulley and additional components for investigating elastic and inelastic collisions, Newton’s laws, the efficiency of an inclined plane and more. Ultra-low friction provides high-precision measurements in laboratory and project studies.

The ULABS “Chemistry. Teacher’s Lab Kit” is designed for the K-12 curriculum. The teacher uses it for demonstrations, laboratory and practical exercises in inorganic and organic chemistry, enabling students to explore key chemical phenomena and processes, as well as the chemical and physical properties of the substances studied.

The ULABS “Chemistry. Student Lab Kit” supports K-12 laboratory and practical work in inorganic and organic chemistry, helping pupils explore major chemical phenomena and processes, together with the physical and chemical properties of the substances under study.

For K-12 use. Students employ the kit in laboratory and practical classes to study plant and animal anatomy, morphology and key biochemical and physiological processes. Compatible with digital data-logging systems.

The “Mechanics Kit” is an interactive learning tool that introduces primary students to basic physics concepts using wooden constructions and practical lab activities.

High-quality current sensor designed for school laboratories to measure electrical current.

Sensitive micro-current (galvanometric) sensor designed for detecting weak currents in induction experiments.

Conventional voltage sensor designed solely for measuring DC voltage in educational circuits.

Versatile wireless force sensor utilizing resistive strain gauge technology for mechanics experiments.

Precision micro force sensor designed for measuring small forces using strain gauge technology.

Infrared photogate sensor designed for precise timing in velocity, acceleration, and collision experiments.

Wireless ultrasonic motion sensor designed for high-precision position measurement and linear motion studies.

Magnetic induction sensor using Hall effect technology to measure magnetic flux density and direction.

Wireless sound sensor functioning as a microphone to analyze sound waves and vibration patterns.

Wireless digital light sensor with spectral characteristics similar to the human eye for indoor and outdoor experiments.

Air pressure sensor designed for measuring gas pressure in containers and ambient environments.

Relative air pressure sensor suitable for measuring positive and negative pressure changes in gas law experiments.

Humidity sensor designed for measuring relative humidity in air or gas for environmental studies.

Versatile temperature sensor utilizing a thermistor for standard chemistry, physics, and biology experiments.

High-temperature thermocouple sensor designed for experiments involving flames and extreme heat.

Versatile temperature sensor utilizing a thermistor for general chemistry and physics experiments.

Colorimetric sensor designed for measuring light transmittance and verify Beer's Law in solutions.

Turbidity sensor utilizing 90° light scattering to measure water clarity and suspended particles.

Conductivity sensor featuring platinum electrodes to measure total ion concentration in solutions.

High-precision pH sensor with a glass membrane for measuring acidity and alkalinity in titrations.

Redox (ORP) sensor designed for analyzing oxidation-reduction reactions in chemical solutions.

Gaseous oxygen sensor using zirconia technology for photosynthesis and respiration studies.

Infrared (NDIR) carbon dioxide sensor for monitoring CO2 concentration in biological and chemical processes.

Dissolved oxygen sensor designed for monitoring water quality and aquatic ecosystems.

Piezoelectric heart rate sensor designed for measuring pulse signals for biological experiments.

Electrocardiogram (ECG) sensor designed for measuring cardiac electrical activity and voltage waveforms.

Spirometer sensor designed for measuring lung capacity and airflow velocity based on gas physics.

Infrared drop counting sensor designed for precise counting and volume measurement in chemical titrations.

AC current sensor designed for detecting alternating current in educational circuits.

Infrared surface temperature sensor designed for measuring radiant heat from various objects.

Microelectromechanical (MEMS) three-axis accelerometer designed for measuring acceleration and tilt.

Rotary motion sensor designed for measuring angular velocity and rotation speed in mechanics experiments.

Electrostatic charge sensor designed for measuring static electricity using the induction principle.

Respiratory rate sensor designed to monitor breathing frequency using a respiratory belt.

Blood pressure sensor with forced-inflation cuff designed for use during the study of physiological monitoring.

Ultraviolet radiation sensor designed for measuring UV intensity using photosensitive elements.

Salinity sensor utilizing conductivity detection to measure salt content in water for environmental studies.

Geiger-Müller counter designed for detecting ionizing radiation including alpha, beta, and gamma rays.

Soil moisture sensor designed for measuring water content and temperature for agricultural and botanical studies.

Galvanic Skin Response (GSR) sensor designed for measuring skin conductivity and physiological emotional arousal.

Ethanol vapor sensor designed for detecting alcohol gas concentration in fermentation and chemical experiments.

Methane gas sensor designed for measuring CH4 concentration for environmental monitoring and safety studies.

Surface temperature sensor utilizing a flat thermistor probe for measuring skin or object surface temperature.