From October 27 to 31, 2025, the city of Minsk (Republic of Belarus) will host XXVI International Conference on Chemical Reactors (ChemReactor-26).
At the poster presentation we will present Robotic complex NAUROBO "Automatic dispenser" as an innovative solution for educational and research tasks, corresponding to the key areas of the conference:
— Development of theoretical foundations of processes in chemical reactors;
— Development of chemical reactors and process flow diagrams for reaction processes;
— Chemical reactors and technologies for target applications;
— New reactors and technologies for applications in the fuel and energy sector.

Robotic complex NAUROBO "Automatic dispenser" — a cutting-edge solution for educational institutions that combines chemistry, physics, computer science and robotics, helping students master 21st century skills and prepare for their professional future.

Complex capabilities

Designed for students in grades 7–11 (ages 14 and up) and additional education programs, the NAUROBO “Automatic Dispenser” is designed for automated mixing of liquids and chemical syntheses under controlled conditions (solution volume: 300–600 ml).

Key Features:

- Programmable heating and temperature maintenance
— Mixing of solutions, including precipitates and gels
— Measurement of temperature, pH, conductivity and redox potential
— Precise dosing of up to three reagents, taking into account reaction parameters
- Feedback control via software "NauReactor" (included in the register of Russian software of the Ministry of Digital Development, Communications and Mass Media of the Russian Federation #23885 from 06.09.2024), which supports programming in the C language dialect in the Arduino IDE.

The complex is recommended in the amount of 1 piece per classroom and is ideal for project and meta-subject activities.

What will schoolchildren learn?

Working with the complex develops:
— Skills in chemical process control and sensor calibration
— Understanding of feedback systems and automation algorithms
— Knowledge of acid-base and oxidation-reduction processes
— Ability to program automated syntheses

Schoolchildren's achievements

Students of school #2065 (Moscow) have already achieved outstanding results using robotic complex NAUROBO "Automatic dispenser" in nanochemical projects:
— Ivan and Polina (Grade 10) became prize winners at the City Scientific and Practical Conference “Start in Medicine” with the project “Gel-like additive from nano-TiO2 nH2O and PFA for fire protection of oil paint”, Alexander (11th grade) with the project “Synthesis of nanocrystalline graphite foam by thermolysis of melamine, its structure and properties.”
— Maria and Zlata (Grade 9) became winners of the City Scientific and Practical Conference “Science for Life” with a project on the synthesis of nanomagnetite, using a dispenser for precise reaction control.
— Polina (10th grade), Christina and Alisa (Grade 9) received a prize at the City Scientific and Practical Conference “Engineers of the Future” for the development of a fire-retardant impregnation for wood with nano-TiO2/SiO2 and 1,1,2,2-tetrafluorodibromoethane.
— Amina, Alena and Almina (Grade 8) won the City Scientific and Practical Conference “Start in Medicine” with a project for the synthesis of nanosilver controlled through PO "NauReactor".
— Polina, Ivan, Kristina, Alisa and Zarina, Artem, Alexandra (8th grade) became prize winners at the City Scientific and Practical Conference "Engineers of the Future" with the project "Synthesis of nanosilver with maltodextrin in an A-reactor", Ekaterina (10th grade) with the project "Studying and increasing the durability of LEGO parts in robotic synthesis installations."

These achievements highlight how the complex helps students combine scientific research with career guidance, developing an interest in chemical engineering and nanotechnology.