Keywords: #CNC technology, #manufacturing industry, #small CNC lathe, #educational CNC machine tool, #desktop machine tool.

With the in-depth implementation of the new era's labor education curriculum standards, primary and secondary school woodworking rooms are transforming from traditional manual workshops into modern labor skills classrooms.

As an important part of China's excellent traditional culture, woodworking not only cultivates students' hands-on abilities but also fosters innovative thinking and engineering awareness. Against this backdrop, the configuration of teaching machine tools such as metal grinding machines has become a key step in upgrading school labor skills equipment.

The metal grinding machine is an indispensable fine-finishing tool in the labor skills equipment system for primary and secondary schools. Unlike cutting machines such as saws, drills, and lathes, the grinding machine uses abrasive friction to finely process workpieces, primarily for deburring, surface polishing, edge trimming, and shaping.

In the woodworking process, the edges of wood pieces after sawing and drilling often have rough surfaces. The metal grinding machine can smooth them, making the workpieces more precise in size and more refined in appearance.

XENDOLL W106MB  Metal Grinding Machine

Features:

The grinding machine operates on a safe power supply, with no plastic parts in its body, greatly improving durability and stability. It can be used for polishing and grinding. Workpieces can be fixed using a vise or drill stand, or handheld for grinding at various angles. The standard sandpaper grit is #100, but other grits can be selected based on different materials and surface requirements.

Technical Parameters:

Motor speed: 20,000 r/min ±15%

Spindle speed: 3,000 r/min ±15%

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

Worktable: 100 × 120 mm

Center height: 25 mm

Disc diameter: 49 mm

Product dimensions: 278 × 135 × 100 mm

Packaging dimensions: 330 × 205 × 241 mm

Processable materials: Wood, soft metals (gold, silver, aluminum, copper), acrylic, plastics, etc.

Applications:

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

As industrial technology becomes more widespread, primary and secondary school woodworking rooms are evolving from single-skill training spaces into innovation workshops. Pioneer Digital's micro student woodworking machines deliver industrial-grade functionality at a cost of just a few thousand yuan, making "everyone a maker" a reality. When students use these woodworking machines to process metal parts, they gain not only skills but also a profound understanding of what it means to be a "manufacturing powerhouse."

The innovation in educational equipment is, at its core, an upgrade in educational philosophy. From mortise and tenon to CNC, from manual to intelligent, safe machine tools are redefining the boundaries of labor education — they are not just tools, but keys to the future of manufacturing.

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