Handheld Fiber Laser Marking Machine

Product Overview:
The handheld fiber laser marking machine is a cutting-edge product in laser physics research and is widely recognized as a revolutionary device capable of replacing solid-state lasers. It utilizes rare-earth-doped glass fiber as the gain medium to generate high power density under the action of a pump beam, thereby producing laser oscillation output. By utilizing a high-energy laser beam to vaporize the surface material or induce chemical and physical changes, it engraves permanent patterns, text, barcodes, and various other graphics.
Equipment Features:
Strong Material Compatibility: Capable of processing a wide range of metallic and non-metallic materials. It demonstrates particular advantages when marking high-hardness, high-melting-point, and brittle materials.
Non-Contact Processing: Does not damage the product and involves no tool wear, ensuring extremely high marking quality.
Precision Processing: The laser beam is extremely fine, resulting in minimal material consumption and a small heat-affected zone, effectively preserving the physical properties of the workpiece.
High-Efficiency Automation: Computer-controlled operation ensures high processing efficiency and easy integration into automated production lines.
Compact, Maintenance-Free Design: Compact size (air-cooled design) with no need for water-cooling systems; the machine operates extremely stably and requires virtually no maintenance.
Application Fields
Widely applicable in numerous fields requiring high-precision, permanent marking:
Electronics and Telecommunications: Integrated circuit (IC) chips, computer components, telecommunications products, wires and cables.
Industrial Precision Parts: Industrial bearings, precision timepieces, molds.
Automotive and Aerospace: Aerospace components, various automotive parts, chassis numbers, and VIN code marking.
Hardware and Home Appliances: Various metal tools, home appliances, and jewelry.
Packaging and Light Industry: Food packaging, tobacco, defense applications, and high-volume production line operations.