With the deepening of labor technology education reform and the widespread adoption of maker education concepts, laser engraving machines are gradually transitioning from "exclusive industrial tools" to indispensable teaching equipment in campus maker spaces.

In primary and secondary school woodworking rooms, labor technology classrooms, and maker spaces, this compact device is redefining the possibilities of "learning by doing and creating," serving as an ideal bridge connecting digital design with physical fabrication.

Traditional primary and secondary school woodworking rooms and labor technology classrooms are primarily equipped with hand tools and basic power tools—woodworking chisels, hand planes, steel squares, bow‑arm miniature safety saws, and so on. These devices uphold the original intent of labor technology education to cultivate hands‑on abilities, but limited by processing accuracy and operational complexity, students' creativity often struggles to be realized precisely.

The advent of laser engraving machines has completely changed this situation. They can engrave and cut a variety of common non‑metallic materials, including wood, acrylic, leather, paper, and more.

XD9060 Laser Engraving Machine

Product Features:

Elegant and aesthetically pleasing exterior design; the top cover can be lifted, making optical adjustment and maintenance simple and easy.

High‑strength industrial‑grade steel plate ensures the overall operational longevity of the equipment.

Equipped with multi‑file capabilities, storing up to 256 MB of job files, allowing full standalone operation without a computer.

Technical Specifications:

Parameter Specification

Laser Type: Sealed CO₂ laser, water‑cooled; 10.6μm

Engraving Speed Max engraving speed: 1‑1000 mm/s; Max cutting speed: 1‑300 mm/s

Minimum Formed Text: Chinese (1.8×1.8 mm); English (0.8×0.8 mm)

Engraving Depth: 0‑20 mm

Resolution: 1000 dpi

Supported Graphics Formats: CAD, CorelDRAW, BMP, JPEG, GIF, TIFF, PCX, PLT, AI, TGA, DXP, etc.

Engraving Area: 600×900 mm

Overall Dimensions: 1370×1040×980 mm

Net Weight: 200 kg / 230 kg

Laser engraving courses achieve multidisciplinary integration—combining physics, mathematics, art, and information technology to form STEAM education projects. They can serve both as an upgraded course for traditional wood carving within the compulsory labor curriculum and as an introductory course in mechanical engineering practice, focusing on developing students' comprehensive abilities in design, creation, hands‑on production, optimization, and more.

With the continuous improvement of educational equipment standards and the ongoing enrichment of curriculum resources, laser engraving machines will play an increasingly important role in primary and secondary school labor technology education and maker education, enabling more students to grow into a new generation who possess both innovative spirit and practical capability through the process of "learning by doing and creating."

Keywords:#Laser engraving machine, #small engraving machine, # micro engraving machine, # maker engraving machine, # desktop engraving machine.

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