请教高手，谢谢！！！！！！！！！！
今天实在太累了，请高手帮忙解决如下问题：http://zhidao.baidu.com/question/19014662.html这里一共有四段文字需要汉译英，我已经基...
今天实在太累了，请高手帮忙解决如下问题：
http://zhidao.baidu.com/question/19014662.html
这里一共有四段文字需要汉译英，我已经基本上完成了三短文字的翻译。（1）（3）两段的翻译已经完成；（2）的翻译还差一个结尾；（4）还没有翻译。因此：
A：请帮忙对（1）（2）（3）三段进行润色，找一些错误
B：将第二段最后一句话翻译为英语
C：翻译最后一段
在此提前对高手的辛勤劳动致谢了！！
（1）LCP适合于大厚度材料的快速切割，切割效率高、切缝窄、切割热损伤远低于其他厂家的同类产品。其单面切割深度可达到6mm以上，双面切割厚度可达10mm以上，对于厚度2mm以内的超硬材料，其切割速度可达每分钟60mm以上，切缝宽度0.1mm左右，是目前PCD、PCBN、CVDD、超硬陶瓷、金刚石或氮化硼与金属的混合烧结体等材料切割的主流产品。
LCP is ideally suited for the fast cutting of thick materials. It has the advantages of high efficiency, narrower kerf width and less thermal damage when compared with the same products from other companies Its single side depth of cut can reach 6mm, while its double side slicing depth is as much as 10mm. LCP also enables super-hard materials within 2 mm thick to be cut at a rate of 60 mm/min and above, whereas its laser path could be controlled within 0.1 mm. It presently is the mainstream product for the cutting of PCD, PCBN, CVDD, super-hard ceramics, etc.
（2）主要适合于各种超硬材料及金属材料的高精密加工和微加工，可切割深度及切割效率与LCP型相差甚远，但其精细程度则远非LCP型可比，对材料性能的损伤程度也远远小于LCP型。所谓“精雕细刻、细密入微”，即指此类。另外，其打孔、挖槽的剥离效率要远高于LCP型，可实现很多LCP型无法实现的功能。
LCQ is mainly applied in the high precision machining and micro-machining of various ultra-hard materials. Its depth of cut and efficiency is far lower than that of LCP, yet it causes far less thermal damage, and it is highly competitive for high precision machining. Its efficiency in drilling and grooving is much higher than LCP, and ××××××
（3）新开发的一种纳秒巨脉冲激光机型，其性能兼具LCP和LCQ的优点，不仅可用于4.0mm厚度以内的各种金刚石、立方氮化硼等超硬材料的快速精细切割，更具有同LCQ型一样的高切割品质，对材料的热冲击损伤远远小于LCP型，很好地解决了单晶金刚石、CVD金刚石及低浓度PCBN材料在使用LCP型激光切割时易受损伤及LCQ型激光切割时效率过低、难以切深的问题。
LCM is a newly developed nanosecond giant impulse laser cutting machine, and it very well combines the advantages of both LCP and LCQ. LCM is not merely good at high efficiency cutting of super-hard materials with maximal thickness 4.0 millimeters, its thermal damage is also far lower than LCP.
Those problems that mono diamond, CVD diamond and low CBN content PCBN are prone to damage when laser-cut by LCP and that LCQ performs low cutting efficiency are very well solved by this product.
（4）LCM的推出无论对于超硬材料的高质量切割，还是对于金刚石打孔，都具有非常重大的意义。尤其是拉丝模打孔，不仅可以实现很高的打孔光洁度，更可以实现一般激光打孔机所不能实现的高速度和大尺寸孔径加工。其打孔的综合性能远远优越于目前市场上常用的任何激光机型。 展开
http://zhidao.baidu.com/question/19014662.html
这里一共有四段文字需要汉译英，我已经基本上完成了三短文字的翻译。（1）（3）两段的翻译已经完成；（2）的翻译还差一个结尾；（4）还没有翻译。因此：
A：请帮忙对（1）（2）（3）三段进行润色，找一些错误
B：将第二段最后一句话翻译为英语
C：翻译最后一段
在此提前对高手的辛勤劳动致谢了！！
（1）LCP适合于大厚度材料的快速切割，切割效率高、切缝窄、切割热损伤远低于其他厂家的同类产品。其单面切割深度可达到6mm以上，双面切割厚度可达10mm以上，对于厚度2mm以内的超硬材料，其切割速度可达每分钟60mm以上，切缝宽度0.1mm左右，是目前PCD、PCBN、CVDD、超硬陶瓷、金刚石或氮化硼与金属的混合烧结体等材料切割的主流产品。
LCP is ideally suited for the fast cutting of thick materials. It has the advantages of high efficiency, narrower kerf width and less thermal damage when compared with the same products from other companies Its single side depth of cut can reach 6mm, while its double side slicing depth is as much as 10mm. LCP also enables super-hard materials within 2 mm thick to be cut at a rate of 60 mm/min and above, whereas its laser path could be controlled within 0.1 mm. It presently is the mainstream product for the cutting of PCD, PCBN, CVDD, super-hard ceramics, etc.
（2）主要适合于各种超硬材料及金属材料的高精密加工和微加工，可切割深度及切割效率与LCP型相差甚远，但其精细程度则远非LCP型可比，对材料性能的损伤程度也远远小于LCP型。所谓“精雕细刻、细密入微”，即指此类。另外，其打孔、挖槽的剥离效率要远高于LCP型，可实现很多LCP型无法实现的功能。
LCQ is mainly applied in the high precision machining and micro-machining of various ultra-hard materials. Its depth of cut and efficiency is far lower than that of LCP, yet it causes far less thermal damage, and it is highly competitive for high precision machining. Its efficiency in drilling and grooving is much higher than LCP, and ××××××
（3）新开发的一种纳秒巨脉冲激光机型，其性能兼具LCP和LCQ的优点，不仅可用于4.0mm厚度以内的各种金刚石、立方氮化硼等超硬材料的快速精细切割，更具有同LCQ型一样的高切割品质，对材料的热冲击损伤远远小于LCP型，很好地解决了单晶金刚石、CVD金刚石及低浓度PCBN材料在使用LCP型激光切割时易受损伤及LCQ型激光切割时效率过低、难以切深的问题。
LCM is a newly developed nanosecond giant impulse laser cutting machine, and it very well combines the advantages of both LCP and LCQ. LCM is not merely good at high efficiency cutting of super-hard materials with maximal thickness 4.0 millimeters, its thermal damage is also far lower than LCP.
Those problems that mono diamond, CVD diamond and low CBN content PCBN are prone to damage when laser-cut by LCP and that LCQ performs low cutting efficiency are very well solved by this product.
（4）LCM的推出无论对于超硬材料的高质量切割，还是对于金刚石打孔，都具有非常重大的意义。尤其是拉丝模打孔，不仅可以实现很高的打孔光洁度，更可以实现一般激光打孔机所不能实现的高速度和大尺寸孔径加工。其打孔的综合性能远远优越于目前市场上常用的任何激光机型。 展开
8个回答
推荐律师服务：
若未解决您的问题，请您详细描述您的问题，通过百度律临进行免费专业咨询
