Views: 3 Author: Site Editor Publish Time: 2021-08-25 Origin: Site
Laser marking machines are used widely in today's industrial world, this is mainly because of their user-friendly design, and broad working capability. They could do a broad range of magical work on nearly all kinds of material ranging from hard metal to softwood. So, what exactly are the structure of a laser marking machine? Please let me introduce that to you in the following contents.
Here is the content list:
l Laser power equipment
l Fiber-optic laser
l Galvanometer Scanning System
l Focusing system
l Computer control system
For a laser marking machine, the power source inside of it is called laser power equipment, it is often installed in the control box of the laser marking machines. So that it could power the machine with higher safety. The input voltage of such equipment is usually AC220V AC.
The fiber-optic laser emitters are generally made to be highly durable, since this kind of equipment needs to stand a long time in use and a hard-working condition, and it is the core part of the fiber laser marking machine. Generally, laser marking machines that are equipped with a high-quality laser emitter tend to have a long service life. Fiber-optic laser emitters are often designed to be installed in the marking machine housing.
The galvanometer scanning system consists of two parts: an optical scanner and a control device.
The entire system is designed and manufactured with new technology, new materials, new processes, and new working principles. Optical scanners use moving magnets to deflect the work of servo motors. With a large scanning angle, peak torque, inertia, small electrical time constant, speed, stability, and reliability. The precision bearing clearance mechanism can provide excellent wheelbase and radial runout errors; "electronic torsion bar" replaces the traditional elastic material torsion bar, greatly improving the reliability of service life and long-term work; any position 0 The working principle of power maintenance reduces the use of power, reduces the device with fever effect, and eliminates the need for constant temperature devices; advanced high stability and precision position detection sensor technology can provide high linearity, high resolution, high repeatability, and low Drift performance. The optical scanner is divided into x and y scanning systems, and a laser reflector is fixed on each servo motor shaft. Each servo motor is controlled by a computer digital signal track.
The focusing system is used to focus the laser beam parallel to this point by using the f-Theta lens. Since the f-Theta lens of different focal lengths is different, marking effect and range are also different based on it. The high performance of the laser marking machines is based a lot on a good focusing system.
The computer-controlled system in the computer control system is both the command and control center and the carrier of software installation. The marking of workpieces is done through the coordinated computer control of the acousto-optic modulation system and the galvanometer scanning system. The computer control system of the fiber laser marking machine includes case, motherboard, CPU, hard disk, memory stick, d/a card, floppy disk drive, monitor, keyboard, mouse, etc. It is the brain of the whole machine, and it forms the basis for all kinds of adaptations and adjustments of the laser marking machine.
If you are looking for more information concerning laser marking machines or are interested in finding a professional laser marking machine manufacturer to buy wonderful types of machines. Then, you have turned on the right passage, please make sure you check out the web of Nanjing Speedy Laser Technology Co., Ltd, this professional laser machine manufacturer will definitely satisfy any orders and needs of you with their reliable and professional knowledge and their amazing production speed.
