Chuke Intelligent Successfully Secures Order for 5 Laser Marking Machines, Empowering a Client's Steel Ring Marking Upgrade
On March 27, 2026, Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") welcomed a visit from a key client. The two parties engaged in in-depth discussions regarding the client's requirements for permanent marking on steel rings and successfully signed an order for five fiber laser marking systems. This milestone marks yet another affirmation of Chuke Intelligent's technical prowess and market competitiveness within the field of precision manufacturing.
It is reported that the high-precision steel rings produced by this client require permanent marking of serial numbers and QR codes. However, traditional processing methods—characterized by lengthy processing times—often lead to material deformation, a persistent pain point within the industry. Addressing this specific need, Chuke Intelligent's technical team utilized an entry-level 30W fiber laser marking system to conduct on-site sample testing. Leveraging its high-speed and non-contact processing characteristics, the equipment produced clear markings in a remarkably short time, leaving no heat-affected zones on the steel ring's surface and thereby completely eliminating the risk of deformation. The client expressed high satisfaction with both the speed and quality of the sample marking, stating directly: "Chuke Intelligent's solution strikes a perfect balance between efficiency and quality, exceeding our expectations."
To accommodate the client's potential future needs for greater versatility, Chuke Intelligent also showcased its MOPA fiber laser and quasi-picosecond infrared fiber laser technology solutions. The MOPA laser, by allowing for adjustable pulse widths, can achieve deeper marking contrast—making it particularly suitable for scenarios with specific requirements regarding marking color. The quasi-picosecond laser, conversely, utilizes ultra-short pulse durations to enable "cold processing," thereby further minimizing the risk of thermal damage. Although these two technologies represent the cutting edge of the industry, the client ultimately opted for the more cost-effective standard fiber laser solution, based on cost-control considerations. Chuke Intelligent's flexible technical reserves and capacity for customized services laid a solid foundation for this collaboration.
Following the sample testing and solution comparison phases, both parties moved swiftly to advance the commercial partnership. Thanks to its rapid-response mechanism and transparent pricing structure, Chuke Intelligent earned the client's trust, resulting in the immediate signing of a procurement contract and the payment of a deposit on the spot. According to the schedule, the five units are slated to complete production, testing, and commissioning by early April, at which point they will be delivered to the client to help boost production line marking efficiency and enhance product traceability capabilities.
As a leading enterprise in China's laser equipment sector, Chuke Intelligent remains steadfastly focused on delivering high-precision, high-efficiency industrial solutions. This collaboration not only validates the maturity of its fiber laser technology applications within the metal processing domain but also underscores the company's core service philosophy: being "customer-demand oriented." Moving forward, Chuke Intelligent will continue to significantly increase its R&D investment and optimize the cost-effectiveness of high-end technologies—such as MOPA and picosecond lasers—to provide more industry clients with highly competitive, intelligent solutions.
The signing of this order serves as both a powerful testament to Chuke Intelligent’s technical prowess and another significant milestone in its market expansion. As equipment delivery and subsequent support services progress, Chuke Intelligent looks forward to establishing a long-term strategic partnership with this client, working together to drive the manufacturing sector toward an upgrade characterized by higher quality and greater efficiency.
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