Recently, several customers visited the showroom of Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") for on-site inspection, focusing on testing the marking application effect of the CO2 laser marking machine on packaging materials such as food packaging bags and paper gift boxes. The on-site sample results were fully recognized by the customers, laying a solid foundation for further in-depth cooperation between the two parties.
At the Chuke Intelligent demonstration site, technical engineers conducted a full-process sample demonstration. This test focused on commonly used consumer product packaging materials such as paper packaging boxes and color-printed composite packaging bags. Engineers adjusted the parameters of the CO2 laser marking equipment, accurately engraving production dates, traceability QR codes, and brand graphic information onto the packaging surface. The laser beam is precise and controllable, the engraved characters are clear and durable, the patterns are distinct, the markings are smudge-free and not easily wiped off, meeting the diverse needs of the food industry for product traceability, brand anti-counterfeiting, and personalized customization.
Traditional ink-jet marking suffers from pain points such as high consumable costs, easy ink smudging, and significant environmental control pressure. Carbon dioxide laser marking is a consumable-free processing method that uses a laser beam to create permanent markings, eliminating the need for inks and solvents, making it more environmentally friendly. The equipment also operates stably, adaptable to high-speed online marking or static offline processing modes on production lines, suitable for the production scenarios of food, FMCG, and cultural and creative packaging companies. During the demonstration, the client closely observed the marking effect, carefully compared the engraving details on different materials, and engaged in in-depth discussions with the technical team on key issues such as marking speed, equipment energy consumption, and production line integration solutions.
The visiting team, based on their own packaging production needs, raised several operational simulation test requirements. Chuke Intelligent's technicians flexibly adjusted parameters such as equipment power and movement speed according to the client's product materials and production cycle, completing sample verifications one by one. After multiple sets of sample tests, the client expressed satisfaction with the clarity and consistency of the finished markings. The client mentioned that the current consumer goods market has continuously increasing requirements for packaging quality, product traceability, and environmentally friendly production, and has been searching for a stable and reliable consumable-free marking solution. This on-site demonstration directly showcased the application advantages of the carbon dioxide laser marking machine.
For nearly two decades, Chuke Intelligent has focused on the R&D, production, and implementation of laser industrial equipment. Its main products include CO2 laser marking machines, fiber laser marking machines, and laser cutting machines, providing customized laser processing solutions for numerous industries such as food packaging, cultural and creative gifts, electronics and plastics, bamboo and wood crafts, and pharmaceuticals and daily chemicals. The company adheres to a "sample first, solution later" service model, welcoming companies to bring their materials to the factory for on-site sampling. Leveraging its mature technology reserves, Chuke provides highly adaptable one-stop laser marking solutions based on the company's production line status.
With the standardization of the consumer goods industry, the demand for product traceability, anti-counterfeiting labels, and personalized packaging customization continues to grow, and laser marking technology is gradually replacing traditional inkjet printing processes. In the future, Chuke Intelligent will continue to refine the performance of its laser equipment, optimize process solutions for different material scenarios, and continuously improve the stability and intelligence of its equipment.