Laser cutting machine protective lens

Advantage

Isolate pollutants: block the dust, slag, smoke, etc. generated during the cutting process, and protect the core optical elements (such as the focus lens) from pollution and damage.

High transmittance: the coating process is optimized to ensure efficient transmission of laser energy, reduce energy loss, and do not affect the cutting accuracy and efficiency.

Easy replacement and maintenance: as a consumable part, the structural design facilitates rapid replacement, reduces the cost of shutdown and maintenance, and improves the utilization rate of equipment.

High temperature resistance and impact resistance: materials with high heat resistance and mechanical impact resistance (such as quartz and sapphire) are selected to adapt to the harsh environment of high-energy laser processing.

Strong versatility: it is suitable for laser cutting machines with different powers and types, and is compatible with the processing scenes of a variety of cutting materials (metal and non-metal).

Application industry

Metal processing: when cutting stainless steel, carbon steel and aluminum alloy, prevent metal slag splashing from damaging the optical system and ensure the stability of thick plate cutting.

Electronics and appliances: during the cutting of precision electronic components (PCB board and connector), isolate the pollution of small particles to avoid affecting the quality of high-precision processing.

Automobile manufacturing: cutting body structural parts and battery pack components, reducing maintenance frequency through protective lenses in high-speed mass production, and improving production line efficiency.

Advertising signs: when cutting acrylic, galvanized sheet and other materials, prevent the adhesion of smoke and dust, and ensure the smoothness of the cutting surface for long-term processing.

Aerospace: titanium alloy, high temperature alloy and other difficult to process materials are cut to protect the lens from high-energy impact and ensure the aviation grade accuracy requirements.

New energy: lithium battery electrode and photovoltaic module are cut to prevent electrolyte residue or silicon powder pollution and meet the high clean processing standards of the new energy industry.