The automotive industry employs a diverse array of materials, including plastics, composites, textiles, leather, glass, and rubber.

In the electronics sector, multiple devices are often manufactured simultaneously on a single substrate, which is then cut to separate the individual components or circuits.

1. Cleaning of Coatings on Electric Vehicle Battery Housings 2. Laser Removal of Busbar Coatings 3. Laser Cutting of Battery Separators

3D printing fabricates three-dimensional objects by laser sintering powdered materials. Currently, the commonly used types of lasers in SLS technology include CO2 laser and fiber laser.

CO2 lasers are widely utilized in the packaging industry for various purposes, including marking, cutting, perforating, and engraving.

Traceability of medical products and pharmaceuticals is of paramount importance in the healthcare sector, as it enables the tracking and isolation of defective or contaminated drugs, significantly aiding regulatory compliance.

CO2 lasers can be employed to create patterns on jeans, cut fabric for garments, and engrave designs on shoe soles. Both natural and synthetic textiles can be processed using CO2 lasers. The flexibility of laser processing allows designs to be easily adapted in response to changing fashion trends.

CO2 lasers have found innovative applications within the food industry. From branding meat products to marking eggshells and freshly baked bread, CO2 lasers serve a wide array of purposes.

CO2 laser therapy machine (also known as dot matrix laser) Dot matrix laser program is a relatively new skin beauty program that has attracted more attention in the global medical cosmetology industry, and is a minimally invasive treatment between invasive and non-invasive.

CO2 lasers are capable of marking various glass surfaces, ranging from high-end glassware to diverse markings on beverage bottles.