Educational Systems

ATP Educational Systems: Unlocking Science, Unleashing Potential

With ATP Educational Systems, educators effortlessly bring scientific concepts to life across disciplines like Optics, Electricity, Electrostatics, Mechanics, Magnetism, Thermodynamics, Chemistry, Earth Science, Robotics, and Computer Science. These teacher-designed systems include easy-to-use setups with dataloggers and sensors, ideal for diverse experiments.

Each system is housed in a durable, portable case for safety and easy storage. Our clear, user-friendly manuals ensure engaging and successful learning experiences. ATP's educational systems blend quality, precision, and affordability, making science accessible and exciting in every classroom.

Mechanics Systems

System 1: Covers basics like balance, forces, Hooke’s Law, pulleys, levers, and friction. Includes practical experiment tools.
System 2: Focuses on motion principles with low-friction dynamics, studying collisions, Newton’s Laws, Energy, and Momentum Conservation.
System 3: Hands-on fluid dynamics introduction, covering Adhesion, Cohesion, Archimedes’ Principle, Capillarity, Bernoulli’s Theorem, and Boyle’s Law.

Heat System

Introduces thermodynamics basics through experiments on boiling, condensation, phase transitions, and Joule’s and Dalton’s Laws.

Optics Systems

System 1: Explores light, mirrors, lenses, and telescopes, covering photometry and lens focal length.
System 2: Features Hartl apparatus and ATP Optics Box for experiments on light reflection, refraction, and polarization.
System 3: Comprehensive study of optical phenomena, including reflection, lens theory, diffraction, and interference.

Electrostatics System

Teaches electrostatics concepts, studying charge, conduction, induction, and electric charge.

Magnetics Systems

System 1: Introductory kit to study magnetic properties, flux lines, magnetic dipoles, hysteresis, and eddy currents.
System 2: Examines electromagnetism, magnetic fields in conductors, needle deflection, and studies paramagnetic and ferromagnetic substances.

Electricity Systems

System 1: Covers electric circuit fundamentals like Ohm’s and Kirchhoff’s Laws, series and parallel circuits.
System 2: Advanced study with motors, coils, transformers, focusing on dynamos, energy transfer, and circuit applications.

Electronics Systems

System 1: Advanced electrical circuits study with practical components.
System 2: In-depth coverage of circuit projects, analysis, and testing, with plug-in blocks for easy setup.

Robotics and Computer Science System

Foundation in robotics and computer science.

Chemistry Systems

General Chemistry System: Introduces chemistry laws with equipment for over 60 experiments, including diffusion, combustion, and reactions.
Advanced Chemistry System: Explores a range of chemical reactions and analysis in organic, inorganic, and analytical chemistry.

Advanced Chemistry System

Explores a range of chemical reactions and analysis in organic, inorganic, and analytical chemistry.

Electrochemistry System

Introduces chemical reactions involving electricity, covering electric current production, metal corrosion, and protection.

Plant Physiology System

Teaches plant life fundamentals, exploring plant physiology through various stages from germination to photosynthesis.

Alternative Energy Sources System

Investigates renewable energy like solar, hydraulic, wind power, electrolysis, and fuel cells. Demonstrates conversion of chemical energy to electric power.

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