Hydraulic Winch

Hydraulic Arm Making with Syringe for Kids

If we asked you how to make a hydraulic crane using a syringe, how would you respond? What if we told you that your young child could answer this question with a syringe-based hydraulic arm? How would you react? Thanks to STEM activities implemented in schools and wooden model toys played at home, children can now have a say in various STEM applications.

STEM education, which encompasses science, technology, physics, mathematics, engineering, design, innovation, circuits, electricity, and assembly, aims to enable children to learn while having fun with wooden toys specifically designed for different age groups. Wooden toys are quite affordable, allowing parents to purchase them with peace of mind.

With the benefits of promoting hand-eye coordination, triggering analytical thinking, and developing construction and creativity skills, children not only learn how to create a hydraulic system with a syringe but also explore innovative approaches and new inventions. They experiment with combining objects in new ways to create new shapes and models, designing new products.

Innovative STEM Applications: Hydraulic Systems with Syringes

Through the hydraulic system using liquid pressure with syringe experiment materials, your child will be familiar with the concept of ratios and can use ratio reasoning to solve problems. As a result, after spending time with the hydraulic toy, they will be able to solve mathematical problems based on real-world scenarios, utilizing ratio and proportion comparisons.

By learning how to make educational wooden toys, your child will be able to organize studies that demonstrate how changes in an object's motion depend on the forces acting on the object and the object's mass. They will recognize the systematic process on the hydraulic piston and easily evaluate other design solutions.

The wooden educational toys included in the wooden toy set allow children to discover the appropriate design model through trial and error. They can generate data for repeated tests of the suggested object, process, or vehicle and develop new models. In other words, with the help of this set, your young innovator will engage in the most instructive scientific activities expected at their age while having a lot of fun with a toy.