Lasers have become an indispensable tool for various medical practices. Procedures that previously required hospitalization and longer recovery times can now be performed within hours and often require no hospitalization. However, there is another secondary relationship between lasers and drugs.
Lasers are used to cut, weld, and mark a variety of surgical instruments and medical devices. With the ability to work in the micron range these days, lasers are an excellent solution for industrial marking on medical devices. Most medical devices typically undergo a chemical passivation process, which creates a surface layer on the device that increases its inherent corrosion resistance, prevents corrosion, and makes it less susceptible to microbes.
One of the main advantages of laser marking technology is that instruments can be marked without damaging the chemical coating. Marked surfaces retain their corrosion resistance even after years of continuous use, cleaning, and sterilization. You can get the best medical device laser marking via www.protolase.com/marking.
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Labeling on medical devices is necessary to ensure that these devices can be easily identified and accessed. It is also important for patient safety. Long alphanumeric strings are frequently used to identify medical devices and equipment.A lot of information, including serial number, date, place of manufacture, etc., is usually affixed directly to the device.
This information can consist of a variety of letters and numbers and it is a difficult task to place it on a pencil-sized or sometimes even smaller instrument. Here, laser marking goes beyond any other marking technology. Advanced laser marking machines are capable of marking codes of more than twenty characters in an area of less than one centimeter – this is the level of accuracy achieved by today's technology.