-
We offer a wide range of laser marking machines designed to meet diverse industrial needs. Our product portfolio includes fiber laser marking machines, UV laser marking machines, and CO₂ laser marking machines. In addition to these, we provide comprehensive solutions such as portable and split laser markers, flying laser markers for high-speed production lines, and visual laser markers for precision applications. Our laser processing equipment is customizable to meet specific client requirements, and we offer sample testing to ensure optimal performance and fit for your unique applications. Whether you need high-speed marking, intricate detailing, or robust performance in challenging environments, our laser marking machines deliver exceptional results every time.
The fiber laser marking system is designed for engraving and creating permanent marks on both metal and non-metal materials. It features an integrated, compact structure that eliminates optical pollution and offers high conversion efficiency through photoelectric mode.
The portable split laser marker is ideal for engraving and surface marking on both metal and non-metal materials. This laser processing machine is widely used for marking items such as stainless-steel parts, aluminum phone cases, plastic components, pens, animal ear tags, and nameplates.
The dual-head fiber laser marker is designed for quick processing of both metal and non-metal materials, significantly increasing output. Retaining the advantages of traditional fiber laser markers, this laser marking machine features two lasers working simultaneously, providing a reliable and efficient solution for large-scale production ...
Laser marking is an efficient method for creating precise and detailed designs on various materials. UV laser markers, with their small focal spots, are particularly effective for ultra-fine marking and engraving.
CO₂ laser marking machines use a 10.64μm gas laser. By charging CO₂ gas into a high-pressure discharge tube, it produces a glow discharge that releases laser energy. This amplified laser beam vaporizes the material surface to achieve engraving.
Flying laser marking is a technique used for continuous marking on products moving rapidly along a production line. This marking method ensures efficient and precise marking without slowing down the manufacturing process.
CCD visual positioning technology is widely used in modern manufacturing for ensuring precision and efficiency. It enables accurate marking by capturing the position of products, making it ideal for automated production lines and reducing manual labor costs.
Traditional methods for processing metal hardware involve several steps such as punching, polishing, and bending, which can be inefficient, time-consuming, and costly. The mold-making process alone is lengthy and expensive.