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Xendoll has served more than 6,000 users around the world, providing machining equipment and teaching solutions to a large number of vocational and technical colleges and community schools.
Xendoll has served more than 6,000 users around the world, providing machining equipment and teaching solutions to a large number of vocational and technical colleges and community schools.
View MoreUnderstand the Basic Operations and Principles of Metal Machining Machines
Students will gain hands-on experience and learn about the structure and working principles of mini universal metal machining machines, mastering processes such as metal milling, turning, drilling, and sanding, while using the relevant tools correctly.
Develop Students' Comprehensive STEAM Skills
By integrating STEAM (Science, Technology, Engineering, Art, and Math) education, the course will enhance students’ interdisciplinary thinking, foster innovation, and build problem-solving skills.
Cultivate Students' Practical Skills and Creativity
Through practical metalworking tasks, students will develop their hands-on abilities, problem-solving skills, and boost their confidence and teamwork.
Metal Milling Machine Operation
Explain the basic structure and working principles of a milling machine.
Demonstrate how to perform milling operations on metal, introducing different types of milling cutters and techniques.
Students will practice adjusting the machine, setting tools, and performing precise machining tasks.
Metal Lathe Machine Operation
Introduce the basic functions of a lathe and its applications in metalworking.
Demonstrate metal turning techniques, including choosing the right cutting tools, adjusting the lathe speed, etc.
Students will engage in hands-on operations, turning metal parts, and deepening their understanding of metalworking processes.
Metal Drilling Machine Operation
Explain the working principles of a drilling machine and types of drill bits.
Demonstrate how to safely and accurately drill holes in metal.
Students will practice drilling techniques and master the methods for drilling various materials.
Metal Sanding Machine Operation
Introduce the structure and function of a metal sanding machine.
Demonstrate techniques for sanding metal surfaces and improving the finish of workpieces.
Students will practice under guidance, learning different sanding methods and their applications.
STEAM Education Application
Connect the course content with STEAM principles, showing the relationship between metalworking and the integration of science, technology, engineering, art, and mathematics.
Through project-based learning, students will design and create a small metal project, combining mathematical principles, engineering design, and creative art, demonstrating interdisciplinary collaboration and innovation.
Combination of Theory and Practice
Students will reinforce theoretical knowledge through hands-on practice, helping them understand and master basic metalworking skills, improving their practical and problem-solving abilities.
Enhanced Interdisciplinary Thinking and Innovation
The course combines STEAM principles, inspiring students’ creative thinking and fostering their ability to solve problems from an interdisciplinary perspective. This prepares them for future challenges.
Development of Practical Problem-Solving Skills
In the process of completing metalworking projects, students not only learn technical skills but also tackle real-world problems, developing strong engineering thinking and problem-solving capabilities.
Improved Teamwork and Communication Skills
By collaborating in groups to complete tasks, students will develop teamwork skills, communicate effectively, and solve problems together, which enhances their collaborative spirit.
Increased Interest and Confidence
Students will gain confidence as they see their finished metal projects, which boosts their interest in engineering, manufacturing, and other related fields, broadening their career horizons.
In summary, this course not only equips students with metalworking techniques but also enhances their STEAM competencies, laying a solid foundation for future learning and career development.
This teaching project uses the following models, for reference only:
Xendoll has served more than 6,000 users around the world, providing machining equipment and teaching solutions to a large number of vocational and technical colleges and community schools.
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