As a pioneer in technological innovation in the field of laser processing, Fly Laser has unveiled its cutting-edge laser solutions at the high-speed copper cable innovation conference. This grand event is not only a collision field of industry wisdom, but also an important opportunity for us to understand the pain points of the industry and deepen technological coordination. Through in-depth communication with upstream and downstream partners, we clearly feel that the high-speed copper cable industry is standing at the transformation of "optical and copper fusion", and laser technology is becoming the core key to unlocking performance breakthroughs.
Focusing on the pain points of the industry and breaking the deadlock with laser technology, high-speed copper cable production faces three core challenges: the surface roughness of the conductor affects signal transmission loss, the micropore machining accuracy of the insulation layer restricts structural stability, and the bottleneck of the connector welding process leads to insufficient reliability. The ultra-short pulse laser processing system independently developed by Fly laser can control the surface roughness of copper cable conductors at the nanometer level, avoid stress damage caused by traditional mechanical treatment through non-contact processing, and effectively reduce transmission attenuation by more than 15%. In the micropore processing scenario of insulating layer, the "cold processing" characteristics of Fly laser can accurately control the aperture and depth, providing a better molding solution for new foamed insulating materials. The display of innovative achievements and witnessing the exhibition of intelligent manufacturing strength, Fly laser booth attracted many industry attention. The "Copper Cable High-speed Welding Intelligent Workstation" we focused on display became the focus - the system is equipped with independently developed galvanometer scanning welding technology, which can achieve 0.1mm level precision welding, with three times the welding efficiency compared with traditional processes, and the consistency of the welding joints reaches 99.8%. The high-speed copper cable shielding layer laser peeling process demonstrated on-site, thanks to the processing accuracy of ±5μm, perfectly solves the environmental pollution and material waste caused by traditional chemical etching. Together, we are exploring the future of the industry and building a collaborative ecosystem. We are actively deploying integrated solutions for laser processing and optical detection, and monitoring the copper cable processing process in real time through AI vision technology to ensure micron-level process accuracy. At the same time, we propose to establish a "Laser-Material-Equipment" industry-university-research alliance to accelerate the standardization of laser process parameters, and promote the transformation of the high-speed copper cable industry toward intelligence and greenness.
This participation in the conference not only consolidated Fly Laser's technological leadership in the field of copper cable processing, but also allowed us to clarify the direction of innovation. In the future, Fly Laser will continue to deepen its cultivation of ultra-precision laser processing technology, and use "light" as a pen to write more new chapters of performance breakthroughs in the high-speed copper cable industry, helping the industry achieve leapfrog development in strategic tracks such as 5G and data centers.
