<p style="text-align: justify;">LASIT designs and manufactures systems that are ideal solutions for laser marking medical devices. In no other industry is precision more critical than in the medical instruments industry where projects often involve unique requirements and challenges.</p>
<p style="text-align: justify;">Laser marking offers permanent, non-toxic results. Medical equipment is marked with logos, serial numbers, bar codes, or QR Codes, which allow for the identification of each instrument.<br />
The results do not interfere with the device and there are no issues with corrosion.</p>
<p style="text-align: justify;">Annealing is the ideal process to use in carrying out circular laser marking for dental industry components. The results are precise down to the millimeter, resistant to wear, and the integrity of the material marked is not compromised. What’s more, the selective parameterization of the laser can be used for modifying the color scale in order to improve the readability of results.</p>
<p style="text-align: justify;">Here at Lasit we offer a full range of affordable solutions in order to provide micro engraving, which is sometimes impossible to accomplish without a laser marking system or which can often be very expensive with other systems.</p>
<p style="text-align: justify;">· The TTL (through the lens) vision system is the ideal solution for centering and positioning the marks on very small pieces when extreme accuracy and high definition are required. A high-definition camera (CCD-charge coupled device) is placed before the scanning unit to follow the same optical path of the laser. This technology allows the operator to view exactly what will be marked and aids in centering the marks. The camera management software, which is fully integrated into FlyCAD, allows for operating in various modes, such as “vision only,” “manual centering vision” and “automatic centering vision.”</p>
<p style="text-align: justify;">· In the automatic centering mode, the system identifies, focuses, and automatically directs the text or the drawing to be marked. This process occurs by choosing the “area” mode for the recognition of the photo created as a model or “edge” which provides centering through pattern recognition.</p>
<p style="text-align: justify;">The vision system comes with a flexible lighting system made for each specific application. The TTL vision system is the ideal solution for the recognition of small parts, when needing to center marks on the head of a screw for medical implants and other finely detailed parts. The maximum viewing area is 30×20 mm.</p>

Best Laser Solutions For The Medical Industry
