■Model features:

►Good cutting quality: Due to the small spot size, high energy density, and fast cutting speed of the laser, good cutting quality can be achieved.

① Narrow cutting seam: The cutting seam of laser cutting is generally0.10~0.20MMSave materials.

② The perpendicularity of the cutting edge is good, the cutting surface is smooth without burrs, and the surface roughness is generally controlled withinRA：12.5above.

③ Small heat affected zone: Laser processing has fine cutting seams, fast speed, and concentrated energy, so the heat transferred to the material being cut is small, causing very little deformation of the material. In some cases, the width of its heat affected zone is0.05MMfollowing.

►It can cut multiple materials, including both metallic and non-metallic materials.

►There is no contact between the cutting torch and the workpiece during cutting, and there is no issue of tool wear

►Good cutting environment: There is no strong radiation, noise, or environmental pollution during cutting, creating a good working environment for the operator's physical health.

■Application scope:

Ceramic substrates, ceramic capacitors, ceramic materials for sensitive ceramics, ceramic fiber connectors and other functional ceramic products; Ceramic cutting tools, ceramic bearings, ceramic sealing rings, and ceramic spark plugs required by the mechanical industry; Ceramic roller bars for roller kilns needed in the building materials industry; Structural ceramic products such as ball valves, cylinder liners, and other wear-resistant and corrosion-resistant ceramic components required by the petrochemical industry; Special ceramic materials required by the national defense industry; Ecological environment ceramic materials and biomedical ceramic materials required for environmental protection.

■Machine sampling diagram: