The xTool P2S Educational Essentials Kit represents the ultimate choice for the use of laser technology in education. Equipped with the xTool P2’s ClassI laser, this bundle ensures a completely safe environment for teachers and students. It allows users to develop their skills, create, experiment and explore safely With the reliability of the ClassI laser, the xTool P2S Educational Essentials Kit delivers a consistent cutting and engraving performance, while providing the unsupervised ability for educators to encourage creativity and innovation in the education environment xTool P2 is a laser cutter for schools looking for greater efficiency and capacity without compromising on student safety or ease of use. New smart technologies allow it to operate in more flexible ways, such as cutting on curved surfaces, opening new doors to student creativity Equipped with a powerful 55W CO₂ CO₂ laser tube, the xTool P2 can cut a walnut or acrylic plate in one go. Its robust all-metal frame and high-quality motor allow for a maximum engraving speed of 600 mm/s. Combined with the large working area and batch engraving capability, this ensures maximum efficiency for your engraving business The device has two 16 megapixel cameras, one panoramic camera for a live preview of the entire work area and a close-up camera for a precise view of a specific point with a visual accuracy of 0.3 mm.The camera is also used to detect the shapes of multiple similar objects placed on the bed surface and apply a selected drawing plan to all of them, thus allowing fast group engraving First class capabilities: With its 55W laser, the xTool P2 can effortlessly cut 18mm black walnut and 20mm acrylic in a single pass 5X faster cutting on common materials: As a professional CO2 laser cutter, the xTool P2 offers faster engraving on common materials, taking efficiency to new heights Higher absorption, higher laser efficiency: CO2 laser has a superior absorption rate in wood and acrylic compared to diode laser, ensuring that the same power delivers more engraving energy into the material and allows higher processing speeds