Keywords: # Creative Woodworking Course, # Primary and Secondary School Labor Skills Course, # Woodworking Education Equipment, # Woodworking Student Machine Tool, # Woodworking Creative Course

In the traditional impression, labor skills classes in primary and secondary schools were often associated with flying sawdust and simple assembly. However, with the implementation of the "double reduction" policy and the advancement of science education, school woodworking rooms are undergoing a profound transformation.

They are no longer just places to learn how to use saws and hammers, but have evolved into modern maker resource centers that integrate engineering enlightenment with innovative practice, becoming key educational equipment for cultivating future engineers and innovators.

From Traditional Tools to Intelligent Makers: The Evolution of Tools

Modern school woodworking rooms have long moved beyond the era of simple hand saws, upgrading into maker tool libraries full of technological appeal.

Combining Basics and Advanced Tools: In addition to traditional hand saws, files, and carpentry hammers, modern woodworking rooms are equipped with miniature table saws, jigsaws, and even small CNC engraving machines and laser cutters.

XENDOLL W102MB Metal Lathe

Functional Features:

The lathe operates on a safe power supply, with no plastic parts in its construction, significantly enhancing stability and durability. It is capable of turning various circular shapes, such as Roman columns, vases, and wine glasses. The hand-held cutting tools allow for creative freedom, enabling users to enjoy the pleasure of hands-on crafting. The main processing material is wood.

Technical Parameters:

· Motor Speed: 20000 r/min ±15%

· Spindle Speed: 3000 r/min ±15%

· Voltage/Power: 100V-240V, 36W (24W, 60W optional)

·  Center Distance: 110mm (can be extended to 330mm with optional extended bed)

· Center Height: 25mm (can be extended to 45mm with optional extended bed)

· Max. Processing Diameter: 45mm

· Product Dimensions: 278×100×150mm

·Packaging Dimensions: 330×205×241mm

Applications:

Campus makers, labor skills classes, metalworking/woodworking, high school general technology, comprehensive practice courses in school and institutions, as well as personal DIY projects.

Digital Integration:Students can first perform 3D modeling using CAD software on computers, then import the data into a laser cutter for rapid prototyping, followed by refined finishing through manual polishing.

Cross-Disciplinary Collaboration: Woodworking no longer exists in isolation. When creating a "smart wooden robot," students need to integrate wooden structures with sensors, motors, and programming.

These advanced teaching tools not only improve production efficiency but, more importantly, break down disciplinary barriers, allowing students to naturally acquire interdisciplinary knowledge through hands-on activities.

Establishing high-standard woodworking rooms in primary and secondary schools, equipping them with professional teaching tools, and introducing diverse maker resources is not merely about adding another course. It is about planting the seeds of engineering enlightenment in children's hearts.

When children hold tools and focus intently on transforming rough pieces of wood into exquisite works, they are not only developing their hands-on abilities but also building logical thinking and spatial visualization skills.

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