Explore our advanced line of CE-compliant CNC fiber lasers, marking systems, and automated welding stations designed for heavy-duty manufacturing environments.
Founded in Shenzhen, China, Shenzhen Zico Machine Co., Ltd. (ZICO) is an established manufacturer and global supplier of high-performance CNC laser processing systems, automated production lines, and customized industrial machinery. Operating at the intersection of precision engineering and mechanical automation, ZICO has solidified its reputation as an industry-leading OEM/ODM partner across multiple continents.
Our headquarters are located in Shenzhen's technological hub, putting us in direct alignment with premium component ecosystems and engineering innovations. We specialize in the R&D, design, manufacturing, and distribution of advanced thermal processing machines. Our products support applications within automotive manufacturing, aerospace systems, steel structure fabrication, consumer electronics, and heavy sheet metal processing.
Today, ZICO serves industrial enterprises in more than 100 countries and regions. Our global service network guarantees consistent installation support, technical consultation, and routine maintenance packages, keeping downstream production lines running at peak performance.
The industrial landscape is transitioning toward ultra-high-power fiber lasers ($12kW$ to $40kW$), dynamic beam shaping technology, and fully integrated automation. In high-output manufacturing, laser processing has replaced traditional stamping, plasma cutting, and mechanical shearing because of its superior edge quality, minimal heat-affected zones (HAZ), and unmatched speed.
Modern fiber lasers offer a wall-plug efficiency exceeding 35% to 40%, far surpassing legacy CO2 laser systems (typically 8% to 10%). Operating at a wavelength of 1.06 μm, fiber lasers are highly absorbed by metallic surfaces, making them highly effective for reflective alloys like copper, brass, and aluminum.
For B2B buyers in the EU and North America, CE certification is not just a regulatory checkbox; it is a guarantee of operational safety and structural integrity. A compliant CNC laser cutter must satisfy several harmonized standards:
Global procurement teams calculate the Total Cost of Ownership (TCO) rather than just looking at the initial purchase price. Key metrics include gas consumption (nitrogen vs. oxygen vs. dry air), wear parts longevity (nozzles, protective windows, ceramic rings), and power consumption. ZICO's mechanical designs optimize structural load distributions, reducing wear on rack-and-pinion and linear guideway systems, which in turn reduces long-term maintenance costs.
The integration of the Pearl River Delta industrial ecosystem allows ZICO to supply precision machines with shorter lead times than Western peers. We source optical engines from IPG or Maxphotonics, control software from CypCut, and high-performance motors from Yaskawa, combining these premium components with our robust, stress-relieved machine beds. This optimization ensures a high price-to-performance ratio without compromising durability or compliance.
Our rigorous production flow and validation protocols ensure that every CNC system, boring mill, and finishing machine conforms to CE regulations before leaving our facility.
From highly regulated European factories to robust, high-volume production facilities in North America, ZICO's CNC platforms deliver reliability and precision.
Using 3D robotic fiber laser systems to perform multi-axis trimming on hot-stamped high-strength steel. These systems achieve clean cuts with minimal thermal distortion, which helps preserve the structural integrity of safety components.
High-speed fiber laser sheet cutters optimized for processing thin galvanized sheets and stainless steels. Equipped with automatic nesting algorithms, they help minimize scrap metal and maximize material utilization.
Pneumatic chucks and automated loading platforms handle heavy structural tubes, easily cutting holes and bevels to prepare parts for quick assembly and welding on-site.
Find technical answers about laser optics parameters, operating guidelines, safety compliance, and global service deployment.
Select specialized laser equipment and automated post-processing solutions configured to optimize your manufacturing throughput.