Educational Kits

Demonstration device for visualizing the movement of charged particles and circular acceleration, with a circular track on a durable acrylic base and 4 electromagnetic coils controlled by 4 inductive sensors that propel the balls along the path. LEDs on the coils confirm each detection, the compact construction offers an intuitive presentation, ideal for laboratories and classroom demonstrations.

Complete kit to learn Arduino, electronics and robotics through 78 guided projects, with UNO R4 WiFi board and integrated LED matrix, generous set of sensors, motors and displays for experiments from basic to advanced, PDF tutorial in English for quick setup and step-by-step exercises, ideal for school, laboratory or hobby.

Fully functional experimental model for thermodynamics demonstrations, made of metal and operated by temperature difference. It heats up with the included lamp and starts by gently pushing the flywheel, and through the pulley and belt it drives an electric motor used as a generator, allowing an LED to light up to observe the production of current. Ideal for students, teachers, enthusiasts and decorative gift.

STEM kit for electronics experiments, ideal for introducing children to electrical engineering through practical and safe construction. Includes 91 numbered and color-coded parts, with grid-attachment, without soldering or tools, allows the creation of over 511 functional projects such as AM/FM radio, fan, generator or voice recorder. Requires AA batteries (not included).

DIY acoustic suspension module, allows a polystyrene ball to be levitated between two ultrasonic emitters, ideal for educational demonstrations and lab experiments. Operates at 12VDC, uses 16mm speakers, generates ultrasound at 40MHz and includes expanded polystyrene for quick testing.

Complete set for hands-on learning of electromagnetism, circuits and physical phenomena, ideal for the classroom or at home. Includes quick assembly platform, components for circuits and measurements such as ammeter and voltmeter, coils and magnets for magnetic field and induction experiments, plus illustrated guide and manual in DOWNLOAD for step-by-step instructions.

DIY educational kit that helps children understand firsthand how light is transformed into movement, is assembled by hand to develop dexterity and patience, made of durable ABS, works exclusively with solar energy without batteries, moves stably in direct sunlight, ideal for STEM play and simple experiments at home.

Solar powered educational toy, moves in the light thanks to the vibration motor, metal legs ensure stable movement, eyes and antennas animate with movement, ideal for simply demonstrating the operation of solar panels. The 0.5V green panel can be dismantled and used in small projects, it is 30 x 18 mm.

Educational DIY module for exploring magnetic levitation, allows you to build a functional circuit that levitates and stabilizes a magnet with PID control and magnetic field sensors. Includes all components for assembly on a clearly marked PCB. Operates at 12V, requires soldering and basic knowledge, ideal for STEM projects, school or technical hobby.

The Micro:Bit compatible development board is ideal for learning programming with the visual editor on Microbit.org, offers integrated sensors, 5x5 LED matrix and programmable buttons for interactive projects, allows Bluetooth communication for quick connection to devices, and expansion with external modules and crocodile cables is easy for experiments and prototyping.