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激光技术的原理早在一九一七年阿伯特·爱因斯坦就作了预测,但没有实施它。到一九六○年西奥多·梅曼才在美国加利福尼亚建造了第一个激光装置。然而作为商品并被采用则在六十年代的中期和后期。当前,激光技术在科学研究、军事、医学、天文等方面已被广泛公认和应用。在木材制品工业中激光技术也正在被采纳。最近锯木厂已使用激光装置测量和调准木板锯路,以达到最佳效果和精度。激光雕刻的木制品正在大量上市,这些独特的木材艺术品被应用于饰板、钟壳、书桌附件等。激光装置是利用二氧化碳气体的激光器,其优点是它能长期保持在高能能级上运转,故障少、效率高,每星期工作七天,每天至少开动二十小时以上。需要雕刻工件的复杂图样是由与激光器相连的计算机按预定设计的编制程序来完成的。激光装置是由激光器和计算机两台机器结合在一起工作的。这种激光装置可根据使用要求进行制造。在木材雕刻领域,激光准确到四个密耳(一个密耳等于一英寸的千分之四)。激光束照到材
The principle of laser technology was predicted by Albert Einstein in 1917 but it was not implemented. By 1960, Theodore Mayman built the first laser in California. However, they were used as commodities in the mid and late 1960s. At present, laser technology has been widely recognized and applied in scientific research, military affairs, medicine and astronomy. Laser technology is also being adopted in the wood products industry. Saw mills have recently used laser devices to measure and align wood sawing for best results and precision. Laser engraving of wood products is on the market, these unique wood artwork is applied to the plaque, the clock shell, desk accessories and so on. Laser device is the use of carbon dioxide gas lasers, the advantage of its long-term high energy level to maintain its operation, less failure, high efficiency, work seven days a week, at least every day for more than twenty hours. The complex pattern that needs to sculpt a workpiece is done by a programmed computer programmed with a laser connected to the computer. The laser device is a combination of two machines, a laser and a computer. This laser device can be manufactured according to the requirements. In the area of wood engraving, the laser is accurate to four mils (one mil equals four thousandths of an inch). The laser beam shines on the material