Some unique applications of Fiber Laser Marking Machine
The use of laser technology has been increasingly taking place in various industries. This technology involves using high intensity laser beams which are made to fall over the surface to be processed. The laser beam is so powerful that it delivers large amounts of energy to the surface that causes the desired changes in the material. The intensity and width of these beams can be adjusted according to requirement. Such machines can be used for applications like engraving, cutting, marking, slotting, trimming and drilling holes.
There is absolutely no restriction over the kind of materials these can be used. From hard surfaces like metals, glass, ceramics and stones to brittle ones like wood, plastics, rubber and non-metals, these can be undoubtedly used without causing any damage to the surface. Unlike other machines that need a constant supply of various kinds of raw materials, these machines are self-sufficient units that don’t need any raw materials. All what is needed is a power supply for producing the high beam. For the functioning of a fiber laser marking machine, the unit is needed to be attached with a power source and a delivery system if required for the accurate positioning of the system.
One very interesting use of these machines is for producing roughened surfaces like frost glass, irregular ceramic or metal surfaces. The actual technique behind this method is to place a mirror stencil between the marking machine and the surface to be marked and passing the laser beam through it. The mirror will cause a number of reflections and refractions of the beam due to which the desired results are produced. In case of hand held machines, the delivery system is not required but heavy equipments for industrial purposes these can be attached to the unit.
The field of laser marking has endless opportunities for the engineers to invent various kinds of devices making use of laser technology. There has been a continual research going on to invent medical equipments that can be used to cure deadly diseases like cancer by using this technology. The laser beams with microscopic widths can be used in the field of medical science to attack the atomic organisms that cause these diseases. No other technology has yet been discovered that does not use any chemicals, does not create any residue, can be very easily modified and controlled and does not cause any harm to the environment.
One more application that ought to be discussed is cleaning. A laser pulse is strong enough to remove thick coatings of paint and other finishing solutions that are used over metal and other types of surfaces. In case the product paint needs to be removed and repainted, it can be easily done by using a specialized fiber laser marking machine designed for this application. Though it cannot be used in every such process as it will require a huge budget and large consumption of electricity, yet in processes where high level of accuracy is needed, these can be trusted to deliver high end service. Also when only a small part is required to be etched, high accuracy levels can be achieved.
About the Author
The author of this article is a supplier of highly advanced Fiber Laser Marking Machine to increase your printing efficiency & profitability. For more information visit: www.macsalaser.co.uk
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