A‑Level · QCE · NSW · American Programs
Learn from a Physics Engineer based in Hangzhou for 10 years, with 30 years of combined engineering and physics teaching experience. Get personalized tutoring, hands‑on sensor lab kits, educational robotics and university placement guidance — all in one place.
All-in-one kits for high school physics. Each includes sensors, data loggers, and accessories — ready to use.
Explore the physics of circular motion with F = mω²r. Features a built-in force sensor and photogate for real-time data capture on centripetal force, angular velocity, and radius.
Real-time 2D motion tracking with millimeter precision. Study projectile trajectories, pendulum motion, free fall, and more — all captured instantly on the electromagnetic positioning board.
Investigate Newton's Second Law (F = ma), acceleration, velocity, linear momentum, conservation of energy, and conservation of linear momentum using two smart cars.
Study the relationship between force, current, and magnetic field strength. Features an adjustable coil with 6 turn options and precision measurement for accurate results.
Complete interference and diffraction experiments on a 1.2m optical rail. Includes illuminance sensor, adjustable slits, and full accessories for high school physics optics curriculum.
Professional-grade sensors for physics, chemistry, and biology labs — trusted by international schools worldwide.
ISO 9001 · 2-Year Warranty · Tech Support · Teacher Training & Certification · Global Shipping
Range: -20N ~ +20N
Resolution: 0.01N
Hand shank design. Ideal for friction, Hooke's Law, and Newton's Third Law experiments.
Range: -20V ~ +20V
Resolution: 0.01V
Measures voltage magnitude and direction. Used for Ohm's Law and circuit analysis.
Range: -3A ~ +3A
Resolution: 0.01A
Measures current magnitude and direction. Ideal for U-I characteristic curves.
Range: -50°C ~ +200°C
Resolution: 0.1°C
Separated stainless steel probe. Easy to replace. For thermal experiments.
Range: 0.15m ~ 6m
Resolution: 1mm
Ultrasonic transceiver. For motion, pendulum, and free-fall experiments.
Range: 0 ~ 700 kPa
Resolution: 0.1 kPa
Measures absolute gas pressure. For Boyle's Law and thermodynamics experiments.
Frequency: 20Hz ~ 20kHz
Sound Level: 20 ~ 120 dB
Waveform and sound level measurement. For acoustics and environmental studies.
Range: 30 r/s
Resolution: 0.2°
Measures angular displacement. For pendulum, rotational dynamics, and energy experiments.
Range: 0 ~ 14
Resolution: 0.01
Fast response. For acid-base titration, water quality, and ionization equilibrium.
Range: 0 ~ 20 mS/cm
Resolution: 0.001 mS/cm
For solution conductivity, titration, and electrolyte ionization studies.
Range: 0 ~ 400 NTU
Resolution: 0.1 NTU
Water quality monitoring and concentration studies. For environmental science.
Range: 0 ~ 20 mg/L
Resolution: 0.01 mg/L
With temperature compensation. For aquatic biology and respiration experiments.
Range: 0 ~ 100%
Resolution: 0.1%
Measures oxygen content in air. For photosynthesis and respiration experiments.
Range: -5mV ~ +5mV
Resolution: 0.01mV
Displays P, QRS, T, and U waves. For heart rate calculation and EKG studies.
Physics · Chemistry · Biology · Geography
From pressure and magnetic field to sound, turbidity, humidity, and gas sensors — our complete portfolio covers every major curriculum.
Beyond the featured sensors above, PU YU EDU-TECH offers over 50 sensors across Physics, Chemistry, Biology, and Geography — including pressure, magnetic field, sound, turbidity, color, displacement, acceleration, humidity, gas detection, salinity, wind speed, GPS, and more.
All sensors are manufactured to ISO 9001 standards by our trusted supply chain partners with 40+ years of manufacturing heritage.
Top universities, affordable tuition, and a safe, modern environment.
Discover the opportunities of studying in China — watch our video!
Safe campuses · Modern cities · Affordable living ($400–$860/month) · World-class STEM education at a fraction of Western costs.
Advanced engineering solutions across renewable energy, industrial instrumentation, and unmanned systems — connecting Chinese manufacturers with global clients.
Complete solar energy systems, photovoltaic components, and clean energy integration for industrial and residential projects.
Precision measurement instruments, monitoring sensors, and quality control equipment for manufacturing and process industries.
Unmanned aerial systems for precision agriculture — crop monitoring, spraying, mapping, and smart farming applications.
Advanced drone solutions for firefighting, emergency response, industrial inspection, and hazardous environment operations.
PU YU EDU-TECH is a Hangzhou-based company specializing in physics education, educational robotics, and lab solutions. With 30 years of combined physics teaching excellence and deep roots in both Chinese manufacturing and international education, we connect world-class Chinese educational technology with schools and distributors worldwide.
Our founder is a Physics Engineer and educator with 10 years of residence in Hangzhou, combining engineering expertise with classroom experience. Fluent in Portuguese, English, and Chinese, he understands the technical side of robotics, the needs of international schools, and the capabilities of Chinese suppliers — a rare triple bridge between engineering, education, and two continents.
Real stories from students who have gone on to top universities worldwide.
"My Physics teacher helped me go from a C to an A* in A‑Level Physics in just 6 months. The practical lab sessions with sensor kits made all the difference."
"The guidance on Chinese university applications was invaluable. My son got accepted to Tsinghua with a full scholarship."
"I was struggling with AP Physics C. After 1‑on‑1 sessions with this teacher, I got a 5 and was accepted to UCLA."
Programmable robots for STEM, coding, and AI education — from beginner kits to advanced bionic platforms.
Build and program a walking, balancing bionic robot with ultrasonic sensors and servo-driven legs.
A wearable glove that turns hand movements into digital commands, teaching gesture recognition and IoT.
A 4-axis robotic arm for hands-on learning of industrial robotics, motion control, and programming.
Moves in any direction using mecanum wheels. Includes FPV camera and advanced programming features.
A spider-inspired quadruped robot teaching bionic locomotion and multi-servo coordination.
Complete beginner kit based on BBC Micro:bit V2 with story-driven curriculum and 16 hands-on lessons.
Bionic · Programming · AI · Competition
From beginner kits to advanced humanoid platforms — our complete robotics portfolio covers every age and skill level.
Hear directly from students who transformed their physics learning and achieved their dreams.
Book a free consultation, trial class, or ask about our sensor kits, educational robotics,and university placement services.
969 Xixi Lu, Xihu District, Hangzhou, Zhejiang, China
info@puyuglobal.com
+86 138 6747 4137
Mon–Sat · 9:00 AM – 8:00 PM (China Time)
Free trial class for all new students!
Online classes available worldwide.
