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

Against the backdrop of the national promotion of labor education, maker spaces and woodworking workshops in primary and secondary schools are becoming crucial fronts for cultivating students' hands-on abilities, innovative thinking, and craftsmanship spirit.

However, traditional large-scale industrial machinery often struggles to enter campuses due to their bulky size and high safety risks. Consequently, modern teaching equipment represented by "micro lathes," "woodworking lathes," and "metal lathes" has emerged as needed. These machines not only address spatial and safety challenges but also open a door for children to the world of "intelligent manufacturing."

Spatial Redesign: From "Large Factory" to "Desktop Workshop"

Traditional woodworking classrooms often required vast spaces and complex electrical installations. In contrast, modern primary and secondary school woodworking workshops emphasize flexible use of space. The advent of micro lathes has completely transformed this scenario. These devices typically feature a desktop design, are compact, significantly reduce energy consumption, and allow for modular combinations within limited classroom spaces, enabling "multi-purpose use of one room."

XENDOLL Metal Lathe (W103MB)

Features:

The lathe operates on a safe power supply and features a机身 (machine body) free of plastic components, greatly enhancing the device's stability and durability. Controlled via X and Z-axis handles for feed, it can machine various cylindrical shapes, such as Roman columns, vases, and wine glasses. It is primarily used for precision machining of precious metals, as well as non-ferrous metals like copper and aluminum.

Technical Parameters:

Motor Speed: 20000 r/min ±15%

Spindle Speed: 3000 r/min ±15%

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

Spindle Bore: 8mm

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

Center Height: 25mm (can be increased to 45mm with optional long bed)

Max. Clamping Diameter: 13mm (standard chuck) / 45mm (reverse chuck)

Workable Materials: Wood, soft metals (aluminum, copper), acrylic, plastic, etc.

Product Dimensions: 278×183×150mm

Package Dimensions: 330×205×241mm

This type of micro metal lathe not only saves significant floor space costs but also allows maker spaces to accommodate more students operating simultaneously, greatly enhancing teaching efficiency.

Safety First: All-Metal Structure and Low-Voltage Protection

For primary and secondary school students, safety is always the primary consideration for teaching equipment. Unlike toy-grade plastic models, high-quality teaching micro lathes adhere to an "all-metal structure." This not only ensures the rigidity and machining precision of the equipment but also reflects industrial-grade durability.

In terms of safety design, modern teaching lathes achieve inherent safety through technical means. For instance, they utilize a safe voltage of 36V or lower, eliminating the risk of electric shock at the source. Saw designs incorporate anti-injury features; when a finger contacts the saw blade, it only causes vibration without cutting the skin. These detailed designs allow students to experience the authentic machining process while operating woodworking lathes, providing comprehensive protection and giving parents and teachers peace of mind.

The construction of woodworking workshops in primary and secondary schools is not merely about purchasing equipment; it is about building an ecosystem integrating "learning, doing, and creating." By introducing safe, versatile micro lathes, we provide children with a practical platform featuring a low entry barrier and high potential for achievement.

Here, every cut of wood and every polish of metal is a tribute to the spirit of craftsmanship and an exploration of an innovative future. Let us use advanced teaching equipment to help every "young craftsman" build their dreams within the maker space.

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