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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.

A wireless digital laboratory for the school biology classroom, supplied as a student workstation set of six self-contained sensors. K-12 learners measure environmental conditions, soil and water samples in real time and process the results on a learning management system with an AI assistant.

A set of wireless digital sensors for the biology classroom that collects, processes and visualizes experimental data in real time — from gas exchange, photosynthesis and the optical properties of solutions to human physiological indicators. Every sensor shows its reading on its own screen and works without a datalogger or cables, so a teacher can run demonstrations in front of a K-12 class and guide advanced student research.

A set of wireless digital sensors for the biology classroom that collects, processes and visualizes experimental data in real time — from gas exchange, photosynthesis and the optical properties of solutions to human physiological indicators. Every sensor shows its reading on its own screen and works without a datalogger or cables, so a teacher can run demonstrations in front of a K-12 class and guide advanced student research.

A student set of six wireless sensors with which K-12 learners measure acidity, conductivity, temperature, gas pressure and the colour of solutions at their own desk and read the result on each sensor screen as it is taken. Data travels automatically to the software and to an AI-supported digital course on the learning management system, where the measurements are visualised and analysed.

A teacher set of eleven wireless standalone sensors that collect, process and visualise experimental data in real time during chemistry lessons in K-12 schools. Each sensor shows its reading on its own colour screen and sends data to a computer, mobile device or cloud service, where a digital course with an AI assistant helps students work with the results.

A set of wireless digital sensors for one student workstation in the K-12 physics classroom, covering laboratory, practical and research work in mechanics, electricity and thermal phenomena. Readings appear on each sensor screen and are transferred automatically to a computer, mobile device or cloud service and to an AI-supported digital course in the learning management system.

A teacher set of 13 wireless sensors for the K-12 physics classroom: each sensor shows its reading on its own colour display and sends data to a computer, mobile device or cloud service without a datalogger or cables. It covers demonstration experiments, laboratory work and student research in mechanics, electricity, magnetism, heat, optics and sound.

A teacher set of 13 wireless sensors for the K-12 physics classroom: each sensor shows its reading on its own colour display and sends data to a computer, mobile device or cloud service without a datalogger or cables. It covers demonstration experiments, laboratory work and student research in mechanics, electricity, magnetism, heat, optics and sound.

This digital measuring complex is designed for students to perform laboratory work, group experiments, and individual practical coursework across STEAM disciplines.

A student set of wireless digital sensors with colour LCD screens for laboratory work, group experiments and individual practical coursework in the STEAM classroom. It comes with software and an AI-powered digital course on the learning platform.