Fall Sale. Sitewide 10% OFF CODE:M2026.
★ All U.S. Orders Tax-Free! | Easy Returns | Secure Payment | Free Shipping
This Sterling Engine 3-Piece Set is specially designed for physics, engineering, energy conversion, and thermodynamics courses, featuring three classic Sterling engine models: Low-Temperature, High-Temperature, and Regenerator-type engines. Through hands-on experiments, students will gain a deep understanding of thermodynamic principles, mechanical energy conversion, and efficiency optimization. Perfect for use in classroom teaching, laboratory experiments, science competitions, and homeschooling.
🔹 Low-Temperature Sterling Engine (DIY Assembly)
✅ Powered by just a cup of hot water, this model demonstrates how heat is converted into mechanical energy.
✅ DIY components are easy to assemble, removable, and reusable, helping students understand mechanical structures.
✅ Suitable for students aged 8 and up, it is safe and can be used for basic thermodynamics teaching.
🔹 High-Temperature Sterling Engine (DIY Assembly)
✅ Uses an alcohol lamp for heating, producing stronger power, and allowing for deeper exploration of the Stirling cycle.
✅ Metal structure, can be disassembled and reassembled repeatedly, perfect for teamwork and mechanical principle exploration.
✅ Suitable for students aged 12 and up, best used under supervision by teachers or parents.
🔹 Regenerator-Type Stirling Engine (DIY Assembly)
✅ Includes a heat recovery system, showing a more efficient way of energy conversion.
✅ Ideal for engineering courses or competition projects, encouraging creative design thinking.
This product is suitable for the following courses and experimental projects:
✅ Thermodynamics Experiment: Measure how temperature difference affects the engine’s running speed.
✅ Energy Conversion Experiment: Study the conversion of heat energy to mechanical energy and then to electrical energy.
✅ Efficiency Measurement Projects: Calculate the power output under different heat sources and optimize designs.
✅ Mechanical Structure Learning: Observe how pistons, flywheels, and connecting rods work together.
✅ Engineering Design Challenges: Encourage students to modify the models to improve efficiency or design new applications.
✅ Science Competitions & Innovation Projects: Used in STEM competitions, science fairs, and engineering innovation activities.
🔹 Real Working Models: These engines don’t just sit still — they function, providing a true learning experience.
🔹 Hands-On Skills Development: The DIY assembly encourages students to engage with the design and testing process.
🔹 High-Quality Materials: Made with aluminum alloy, quartz glass, high-precision bearings, and more, ensuring durability and longevity.
🔹 Versatile for All Ages: Suitable for a wide range of students, from basic thermodynamics to advanced engineering experiments.
🔹 Perfect for Homeschooling: Allows children to explore the wonders of science from home!
📌 Low-Temperature Stirling Engine (DIY Components) × 1
📌 High-Temperature Stirling Engine (DIY Components) × 1
📌 Regenerator-Type Stirling Engine (DIY Components) × 1
📌 Installation Tools & Instruction Manual (Detailed step-by-step assembly and usage guide)
📌 Packaging: Secure packaging in a specialized cardboard box for safe transport
⚠️ Note: Alcohol lamp fuel (95% alcohol) must be purchased separately due to international shipping restrictions.
🔹 1. What is the working principle of these Stirling engines?
Sterling engines convert heat energy into mechanical energy through the expansion and contraction of gas. The low-temperature engine uses hot water, while the high-temperature and regenerator-type engines use alcohol lamps for heating.
🔹 2. What courses are these suitable for? What experiments can be done?
They are ideal for physics, engineering, thermodynamics, and energy conversion courses. You can use them for efficiency measurements, mechanical structure analysis, and engineering optimization experiments.
🔹 3. Are these models safe? Are they suitable for students to operate?
🔹 4. How difficult is the assembly? How much time does it take?
🔹 5. What if there are missing parts or damage during shipping?
We offer after-sales support. If you find missing parts or damage during shipping, please contact us, and we will send replacements or provide technical support.
🔹 6. Are these products durable? Do they require special maintenance?
🔹 7. Can schools or educational institutions order in bulk? Is there a discount for educational purchases?
Yes, we offer bulk orders for schools, laboratories, and educational institutions, with exclusive discounts. Please contact us for more details.
📢 Ignite the Journey of Scientific Discovery with Stirling Engines! 🚀