Fiber laser marking machine utilizes the focused beam output from the laser to interact with the marked target object, forming high-quality permanent markings on the target object. A typical schematic diagram of the principle of a laser marking machine is provided.
The beam output from the laser is controlled by two mirrors installed on a high-speed precision motor to achieve the marking of the beam movement, with each mirror moving along a single axis. The motion speed of the motor is very fast and the inertia is very small, which enables fast marking of the target object.
The beam guided by the reflector utilizes F- θ The lens focuses, with the focus located on the marked plane. When the focused beam interacts with the marked object, the object is "marked".
Except for the marked position, the other surfaces of the object remain unchanged. Typically, laser marking systems are mainly composed of highly flexible and controllable laser sources coupled to a high-speed and precise motion system through software and hardware. In addition to being able to achieve marking processing, laser marking systems usually also have mechanical processing capabilities such as cutting, drilling, polishing, marking, scraping, etc.
The fiber laser marking machine consists of a fiber laser marking machine. The laser power supply is a device that provides power for the fiber laser, with an input voltage of AC220V AC, installed in the control box of the marking machine.
The fiber laser marking machine adopts an imported pulse type fiber laser, which has a good output laser mode and a long service life. It is designed and installed inside the marking machine casing. The galvanometer scanning system and galvanometer scanning system are composed of two parts: an optical scanner and servo control. The entire system is designed and manufactured using new technologies, materials, processes, and working principles.
The main characteristics of fiber laser marking machines are fiber laser marking machines. The fiber laser marking machine series is the most advanced laser marking equipment in the world today, with good beam quality, small size, fast speed, long working life, flexible and convenient installation, and maintenance free features.
Widely used for graphic and textual labeling in various fields such as integrated circuit chips, computer accessories, industrial bearings, watches, electronic and communication products, aerospace and aviation components, various automotive parts, household appliances, hardware tools, molds, wires and cables, food packaging, jewelry, tobacco, and mass production line operations.