UV Marking Laser Machine for Metal Stainless Steel Glass delivers versatile, high-precision marking across three key materials. It uses cold UV laser beams to etch crisp logos, serial numbers, or patterns on metal (e.g., aluminum parts), stainless steel (e.g., kitchenware), and glass (e.g., beverage bottles)—no heat damage or surface scratches. Its narrow beam focus ensures fine details, even on stainless steel’s smooth surface or glass’s transparency, making it ideal for consumer goods, hardware, and packaging industries.
Moreover, this machine optimizes marking quality for each material. For metals, it creates durable, wear-resistant marks that resist corrosion; for stainless steel, it avoids discoloration by controlling heat input; for glass, it produces clear, smudge-proof marks without cracking. It also features quick material-specific parameter presets, letting users switch between metal, stainless steel, or glass tasks in seconds, cutting downtime in mixed-material production.
Finally, UV Marking Laser Machine for Metal Stainless Steel Glass fits diverse production needs. It works for small-batch custom projects (e.g., personalized glassware) and high-volume runs (e.g., stainless steel hardware coding). Its compact design saves workshop space, and its low energy use reduces operational costs. For businesses handling multiple materials, it eliminates the need for separate marking tools—becoming a cost-effective, all-in-one solution.
Application industries:
The UV laser has a very small spot size and has almost no thermal influence on the processing, so it is called cold processing. Thus it is very suitable for ultra-fine marking and engraving on special materials. It mainly used in the high-end market of ultra-fine processing, like surface marking of packaging bottles for cosmetics, pharmaceuticals, foods and other polymer materials; marking and dicing of flexible PCB boards; micro-hole and blind hole processing of silicon wafers; LCD liquid crystal glass QR code marking, glassware marking, metal surface plating removal, plastic buttons, electronic components, communication equipment, etc.
