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            Laser Cutting Machine, Laser Engraving Machine, Galvo Laser Machine - Golden Laser

            Laser Cutting and Marking of Automotive Interior Upholstery

            The?automotive?industry utilises a diverse range of materials, including textiles, leather, composites and plastics, etc. And these materials are applied in a variety of ways, from car seats, car mats, upholstery interior trim to sunshades and airbags.

            CO2 laser processing (laser cutting, laser marking and laser perforation included) is now commonplace within the industry, opens up more possibilities for internal and external applications in automobile production, and offers numerous advantages over traditional mechanical methods. Precise and non-contact laser cutting features a high degree of automation and unparalleled flexibility.


            Laser cutting technology is increasingly used in the automotive industry for its high precision, high speed, high flexibility and perfect processing effect. The following are automotive products or accessories for automotive interiors and exteriors that are known to be laser-processed on the market.

            spacer fabric

            Spacer Fabric

            seat heater

            Seat Heater

            air bag

            Air Bag

            floor coverings

            Floor Coverings

            air filter edge

            Air Filter Edge

            suppression materials

            Suppression Materials

            insulating foils sleeves

            Insulating Foils Sleeves

            convertible roofs

            Convertible Roofs

            roof lining

            Roof Lining

            automotive accessories

            Other Automotive Accessories

            Applicable Materials

            Typical materials suitable for CO2 laser cutting or marking in the automotive industry

            Textiles, leather, polyester, polypropylene, polyurethane, polycarbonate, polyamide, fibreglass, carbon fibre reinforced composites, foil, plastic, etc.


            What are the advantages of laser processing in the automotive industry?
            Laser cutting spacer fabrics 3D mesh_icon

            Laser cutting of spacer fabrics or 3D mesh without distortion

            laser marking automotive interior trim

            Laser marking of automotive interior trim with high speed

            smooth cut edges with no fraying

            Laser melts and seals the edge of the material, no fraying

            Clean and perfect cut edges - no post-processing necessary

            Laser cutting and laser marking in a single operation

            Extremely high level of precision, even cutting small and intricate details

            No tool wear - Laser consistently produces perfect results

            Flexible processing - Laser cutting any sizes and geometries as per design

            Laser process is contact-free, no pressure is exerted on the material

            Quick turnaround - without any need for tool construction or changeover

            Equipment Recommendation

            We recommend the following laser systems for processing in the automotive industry:

            CO2 Flatbed Laser Cutting Machine

            Large format textile rolls and soft materials automatically and continuously cutting with the highest cutting speed and acceleration.

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            Galvo & Gantry Laser Engraving Cutting Machine

            Galvanometer and X-Y gantry combination. High-speed Galvo laser marking & perforation and Gantry large-format laser cutting.

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            CO2 Galvo Laser Marking Machine

            Fast and precision laser marking on a variety of materials. GALVO head is adjustable according to the materials size you process.

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            Could a laser system be used to improve your manufacturing process? We can help you to find out by testing samples of your material or product. A range of processes including cutting, marking, engraving, perforation and kiss-cutting can be performed. We offer rapid sample turnaround times, detailed application reports, and complimentary advice from our experienced applications engineers. Whatever your process, we can help you to determine the best laser solution for your application.

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