Objects You Can Build With A 3D Printer
Building The 3D Printing Projects With The Help Of 3D Printer
Since the advent of 3D printing technology about 25 years ago, it has revolutionized various aspects of our lives. It has found various applications that include product development, rapid prototyping, specialized manufacturing, and recently it is finding its way into the classroom. The use of 3D printing in education and research has tremendously helped to achieve breakthrough results in K-12 and higher education learning. Students are now able to create prototypes of objects that are visible and tangible, making learning interactive.
3D printing projects have also been made possible through this technique, especially in STEM (Science, Technology, Engineering, and Mathematics) education. The following are some of the objects that you can build with a 3D printer during a school lesson or science project.
The use of 3D printing for studying the science of aerodynamics helps the students to have a first-hand experience of why objects can be made to fly. For instance, the forces of aerodynamics that act on an airplane in flight can be a tough concept for students to grasp by use of plain texts and diagrams. But offered the chance to design and build by themselves, they begin to realize how various forces balance and act on each other.
3D based shapes such as triangles, rectangles, or squares help young students to learn math subjects in a hands-on method. Using shapes is suitable for children who are not yet ready to fully understand math concepts in detail. Before, teachers used to create objects by printing, cutting out, and taping together paper versions of these shapes.
Medical students who are studying prosthetics can build prosthetic limbs as part of their 3D printing projects. Many people in the world need artificial body parts to enable them to lead a normal lifestyle just like anyone else. 3D printed prosthetic limbs will transform the lives of their recipients in so several ways. It is also fulfilling to contribute to the improvement of other people’s lives.
Pelton Wheel For Studying Hydro-Power Generation
The Pelton wheel or water-wheel is a wheel that consists of off-center curved buckets designed to trap flowing water and hence to cause the wheel to turn. Students can create 3d printing models of this device for studying power generation in their science class. They can also experiment with their designs by making variations in the placement of the buckets or either increase or decrease them.
They can also introduce other various variables and experience a first-hand behavior of the wheel. This can offer real 3D printing projects for science students who are interested in the field of power generation.
Figurine From A Child’s Drawing
Young children learn by observing and drawing objects usually on 2D forms. One great way to transform these drawings into something real that a child can see and touch is by 3D printing. This is both exciting and motivating to a child; it will encourage them to explore their imagination and come up with very creative drawings and ideas.
3D printed Gear covers are the best objects for organizing your gear whenever you want to take them along with you. It saves you the hassle of having to entangle your many cables and cords. Students can experiment with various colors and designs depending on whatever they are interested in.
Besides using piggy banks as tools for teaching children the culture of saving, they can also be used to enhance creativity and learning. Engaging the students in the building of 3D models of the piggy bank is in itself a journey in problem-solving. Learning takes place through failing the first time, but with time, the students perfect their skills. This also encourages students to be creative and coming up with their purposeful designs that solve a problem.
Wall hangings serve several purposes from hanging flower vases out in the yard to hanging items in your room. 3D printing provides the best way to create such models besides helping the students to experiment on the strengths of various designs and shapes. It is a scientific fact that indeed, formed shapes are capable of withstanding torsional stress placed on them. This first-hand experience lets students understand the mechanical properties of various shapes and designs.
Hinged Table Lamps
Creating a 3D printed lamp stand can enhance a student’s creativity and imagination. The table lamp constitutes several smaller parts that eventually snap together to create a meaning item. The small pieces are joined using screws and are capable of being hinged to whatever height and direction you desire.
3D Printed Toys
Children love toys, and there is no such fantastic way as involving them in designing and coming up with their designs. 3D printing technology has made this a reality and making the learning process both fun and enjoyable. Children’s creativity is an essential element of growth, and 3D printing should let kids express precisely that. The beauty of 3D printing is that it is customizable; therefore, children can design dolls that look exactly like them.
Electrical and electronics students usually like using a pair of tweezers for holding small objects since they are very convenient tools. They come in handy when you need to drive in small screws that you cannot comfortably hold them with your bare hand. With a 3D printer, you can create your tweezers while experimenting with different designs. This can provide simple and practical exercises for students in the classroom.
Students can design and print stackable trays that can are for storing small objects and parts such as screws, nails, and electronic parts. Printing your stable trays gives you the freedom to come up with your desires that best suits your needs. Using your 3D printer you can scale them up or down depending on the purpose of your design. Engaging the students in the classroom to come up with such an item helps them to explore their wildest creativity.
Getting them to create the rim that will enable the trays to be stacked calls for their thoughtful engagement neatly. The whole process is both exciting and self-fulfilling.