This digital measuring computer complex is designed to facilitate physics experiments, laboratory work, and project activities. The system comprises digital measuring devices (sensors) and is supplied with a user manual, software, and a methodological guide operating as an AI-powered digital course on an electronic platform. The equipment is available in two variations: a Teacher edition with a comprehensive array of sensors and a Student edition tailored with core tools for laboratory tasks.
Autonomous Operation: The sensors operate autonomously without requiring additional devices or wires.
Built-in Displays: Every sensor is equipped with a 1.8-inch color LCD screen that displays measurement results immediately, allowing users to track the experiment directly from the device.
Data Transmission: The complex transmits data to a personal computer, mobile device, or cloud service using wired (including USB) and wireless connections.
Simultaneous Reading: The software supports simultaneous data acquisition from multiple sensors at once.
Charging Capabilities: The set includes a charger designed to charge four sensors simultaneously.
Storage and Warranty: The equipment comes in a storage box with specific insert trays and is covered by a warranty of no less than 12 months.
Interface and Data Export: The provided software features a Ukrainian language interface. It visualizes data using tables and graphs and supports exporting this data to spreadsheet editors and other external programs.
Automated Data Analysis: Sensors automatically transfer data to the electronic platform, where an integrated AI agent visualizes the measurements, analyzes the outcomes, identifies patterns during the experiment, and compares the data against reference values.
AI Educational Assistance: The AI agent automates the selection of research tasks and experiments based on the specific lesson topic. It explains step-by-step procedures, analyzes common student errors to provide targeted recommendations, adapts tasks to match varying student proficiency levels, and assists in drafting research reports and summaries.
Both configurations include the core sensors, software, manuals, methodological materials, the storage box, and the 12-month warranty. The sensor lists vary based on the selected edition.
Teacher Edition includes:
Wireless Photogate Sensor (2 units): Range 0–10 s; Resolution 0.1 ms.
Wireless 3-Axis Accelerometer/Altimeter: Measurement range from -5 g to +5 g (XYZ axes); Resolution 0.01 g.
Wireless Force Sensor: Range from -50 N to +50 N; Resolution 0.01 N.
Wireless Current Sensor: Range from -3A to +3A; Resolution 0.01 A.
Wireless Microcurrent (Galvanometer) Sensor: Range -30 µA to +30 µA; Resolution 0.01 µA.
Wireless Voltage Sensor: Range from -25 V to 25 V; Resolution 0.01 V.
Wireless Charge Sensor: Range -50 nC to +50 nC; Resolution 0.1 nC.
Wireless Magnetic Field Sensor: Range from -84 mT to +84 mT; Resolution 0.01 mT.
Wireless Light Sensor: Measurement range 0–8000 lux; Resolution 1 lux.
Wireless Thermocouple Sensor: Range from -200°C to 1200°C; Resolution ±0.5°C.
Wireless Gas Pressure Sensor: Range 0–700 kPa; Resolution 0.1 kPa.
Wireless Sound Sensor: Range 20 Hz–20000 Hz / 20 dB–120 dB; Resolution 0.1 dB.
Student Edition includes:
Wireless Photogate Sensor (2 units): Range 0–10 s; Resolution 0.1 ms.
Wireless Force Sensor: Range from -50 N to +50 N; Resolution 0.01 N.
Wireless Voltage Sensor: Range from -25 V to 25 V; Resolution 0.01 V.
Wireless Current Sensor: Range from -3A to +3A; Resolution 0.01 A.
Wireless Temperature Sensor: Measurement range from -50°C to +200°C; Resolution 0.01°C.
Wireless Gas Pressure Sensor: Range 0–700 kPa; Resolution 0.1 kPa.
