Wavefront Technology and  Lasik Vision Correction波前技术和LASIK矫正视力手术

The success rate of Lasik surgery has been improved by new methods being taken on board as a result of research.成功率的LASIK手术已得到改善，新方法被采纳作为一个研究成果。 One such method is known as Wavefront technology, which gives the surgeon the chance to see and accurately record the slightest of variations in the surface of the eye, which makes the procedure that much more accurate and therefore clearer vision.其中一个方法就是被称为波前技术，它使外科医生有机会看到并准确地记录丝毫的变化在眼睛表面的影响，使程序更为准确，因此更清晰的远见。

The idea behind Wavefront technology was first developed by astronomers so that they could see whether their lenses had anything wrong with them.背后的想法波技术最早开发的天文学家们，使他们能看看他们的镜头有所不妥。 Lenses are very important for telescopes because the objects astronomers are using are literally millions of miles away.镜头是很重要的望远镜，因为物体的天文学家正在利用数百万英里之外。 In the 1970s, a sensor was developed to check the lenses electronically and it is this idea which has been adapted to Lasik surgery – after all both deal with lenses!在20世纪70年代，一个传感器开发了以检查隐形眼镜电子正是这种想法已经适应了LASIK手术-毕竟双方处理的镜头！

This concept was brought into the field of ophthalmology and specifically to Lasik correction surgery in Germany.  Physician Josef Bille started to use the sensor which prompted other people to try it.这个概念带入眼科领域和具体的LASIK矫正手术在德国。医师约瑟夫bille开始利用该传感器促使其他人可以尝试。 In 1997 it was finally brought to the manufacturers who developed it even further. 1997年，它终于带来了对制造商来说，他们开发的，它更加缓慢。

The very first Wavefront system for Lasik corrective surgery was then approved.非常首波系统的LASIK矫正手术，当时批准。 Basically, the system makes a map of the eye and sends all of the information which it has collected to the laser which is used in Lasik surgery.基本上，该系统实现了在地图上的眼睛，并将所有的信息，它已收集到的激光是用来在LASIK手术。 This enables precise alteration so that the best possible corrective procedure can be given.这使得精确改建，使尽可能最好的矫正程序，可以考虑。