Add Date: 2025/10/21 Views: 1
Metalworking and woodworking education are highly practical fields of technical education, aiming to cultivate students' practical abilities, engineering thinking, and creative capabilities.
Such educational programs are offered in primary and secondary schools, vocational colleges, as well as some comprehensive universities. In recent years, they have also been continuously advancing under the impetus of maker education and STEM/STEAM educational philosophies.
Metalworking education involves teaching activities where metal materials are processed, shaped, and joined using tools and equipment. This cultivates students' spatial imagination and engineering awareness, enhancing their practical abilities and problem-solving skills.
Metalworking education courses are not only applicable to labor technology or general technology courses in primary and secondary schools but also serve as foundational training for mechanical majors in vocational and technical schools, as well as practical training sessions for engineering students in universities.
Woodworking education utilizes wood as a material, employing hand or mechanical tools to carry out processes such as cutting, joining, carving, and polishing. This fosters students' creativity and aesthetic abilities, trains their fine motor skills and patience, and helps them understand the integration of traditional craftsmanship with modern manufacturing.
Technical Parameters:
Laser stroke |
120×130mm |
Engraving speed |
800mm/min |
Min English character/number size |
1.5mm |
Min Chinese character size |
3mm |
Laser power |
2.5W |
Power supply power |
12V/3A |
Supported image formats |
JPG/PNG/BMP |
Connection method |
SD/USB/APP |
Size |
320×300×170mm |
Net weight |
4.5KG/10KG |
With the advancement of technology, metalworking and woodworking education are gradually integrating modern technologies, introducing techniques such as laser cutting, CNC (Computer Numerical Control) machine tools, and 3D printing to achieve digital processing and manufacturing.
Through interdisciplinary integration, these educational fields are combining with physics, mathematics, art, and information technology to form STEAM education projects. Campus maker spaces are being established to provide an integrated platform for metalworking, woodworking, electronics, and programming.
Keywords:#Laser engraving machine, #small engraving machine, # micro engraving machine, # maker engraving machine, # desktop engraving machine.
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