This device features a wide range of marking capabilities and employs a galvanometer scanning system to achieve fine engraving and highly durable markings. It boasts high processing precision, capable of meeting the demands of repetitive processing tasks. The marking process is non-contact in nature, resulting in permanent markings. It is well-suited for scenarios involving industrialized mass production and requires no consumables-such as ink-during operation.
The device offers a broad scope of application and delivers high-speed marking performance. It can be seamlessly integrated into existing production lines or operated as a standalone unit. It is suitable for the marking, engraving, and cutting of most non-metallic materials, and is utilized across various industries for product identification, engraving, and cutting applications.
The equipment operates with a high degree of stability; select models feature high ingress protection (IP) ratings, making them robust enough to withstand demanding industrial environments. Its control software is compatible with file outputs from various applications, including AutoCAD and CorelDRAW. It enables the layout and arrangement of text, graphics, barcodes, serial numbers, and other elements, and supports a wide array of file formats-such as PLT, DXF, and BMP-as well as TTF font libraries.
The device utilizes an RF laser source, distinguished by its superior beam quality and extended service life, resulting in relatively low operating and maintenance costs. The equipment's design prioritizes operational ease and stability in overall performance, enabling it to sustain continuous operation over extended periods.
Technical Features and Limitations: CO2 laser marking machines are primarily designed for non-metallic materials, offering limited effectiveness when marking metal surfaces. The initial acquisition cost of the equipment is relatively high. Markings are typically monochromatic, and the process may potentially affect heat-sensitive materials. Furthermore, the system requires the installation of a cooling unit and strict adherence to established safety operation protocols.
