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下面的 鹏字
N100 G21
N102 G0 G17 G40 G49 G80 G90
N104 T2 M6
N106 G0 G90 G54 X10.766 Y54.156 S2000 M5
N108 G43 H2 Z50.
N110 Z10.
N112 G1 Z-.3 F200
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N116 X11.072 Y35.842
N118 X11.08 Y30.515
N120 X11.025 Y25.377
N122 X10.972 Y23.145
N124 X10.951 Y22.465
N126 X10.813 Y19.93
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N214 X23.738 Y51.604
N216 X20.664 Y54.156
N218 X18.942 Y52.281
N220 X13.84
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N224 G0 Z50.
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N228 Z10.
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N232 Y39.002
N234 X19.311
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N240 G0 Z50.
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N244 Z10.
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N264 X24.9 Y12.651
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N364 X29.209
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N368 G0 Z50.
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N376 Y39.002
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N380 Y50.928
N382 X29.209
N384 G0 Z50.
N386 X41.965 Y51.973
N388 Z10.
N390 G1 Z-.3
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N394 X42.236 Y44.93
N396 X42.328 Y33.218
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N400 X40.766 Y27.076
N402 X43.686 Y24.678
N404 X45.192 Y26.4
N406 X57.334
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N410 X56.958 Y16.735
N412 X56.709 Y14.406
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N416 X56.111 Y10.921
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N420 X55.692 Y9.525
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N494 X45.039
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N498 X55.613
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N502 X54.934 Y37.63
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N582 X51.997 Y54.402
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N592 X47.56 Y50.504
N594 X47.436 Y50.098
N596 X45.039
N598 X41.965 Y51.973
N600 G0 Z50.
N602 X47.59 Y45.979
N604 Z10.
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N610 X47.997 Y43.941
N612 X48.711 Y42.395
N614 X49.223 Y40.812
N616 X49.465 Y39.678
N618 X49.612 Y38.982
N620 X49.752 Y38.528
N622 X49.91 Y38.17
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N650 X51.288 Y43.255
N652 X49.898 Y44.394
N654 X47.763 Y45.868
N656 X47.59 Y45.979
N658 G0 Z50.
N660 X35.141 Y37.65
N662 Z10.
N664 G1 Z-.3
N666 X29.209
N668 Y26.553
N670 X35.141
N672 Y37.65
N674 G0 Z50.
N676 X19.311
N678 Z10.
N680 G1 Z-.3
N682 X13.84
N684 Y26.553
N686 X19.311
N688 Y37.65
N690 G0 Z50.
N692 X38.584 Y18.377
N694 Z10.
N696 G1 Z-.3
N698 X40.613 Y16.348
N700 X42.8 Y16.825
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N704 X45.039 Y17.025
N706 X56.135
N708 X52.692 Y20.775
N710 X50.51 Y18.377
N712 X38.584
N714 G0 Z50.
N716 M5
N718 G91 G28 Z0.
N720 M30
用软件比proe数控加工有刻模图案和字体都加工字体下方正有120多种。
数控铣床是在一般铣床的基础上发展起来的一种自动加工设备，两者的加工工艺基本相同，结构也有些相似。数控铣床有分为不带刀库和带刀库两大类。其中带刀库的数控铣床又称为加工中心。
结构组成
数控铣床形式多样，不同类型的数控铣床在组成上虽有所差别，但却有许多相似之处。下面以XK5040A型数控立式升降台铣床为例介绍其组成情况。Ⅺ锯040A型数控立式升降台铣床配有Ⅳ四3MA数控系统，采用数控铣床全数字交流伺服驱动。
该机床由6个主要部分组成.即床身部分，铣头部分，工作台部分，横进给部分，升降台部分，冷却、润滑部分。床身内部布局合理，具有良好的刚性，底座上设有4个调节螺栓，便于机床进行水平调整，切削液储液褴设在机床座内部。
从数字控制技术特点看.由于数控机床采用了伺服电机，应用数字技术实现了对机床执行部件工作顺序和运动位移的直接控制，传统机床的变速箱结构被取消或部分取消了，因而机械结构也大大简化了。数字控制还要求机械系统有较高的传动刚度和无传动间隙，以确保控制指令的执行和控制品质的实现。
同时.由于计算机水平和控制能力的不断提高，同一台机床上允许更多功能部件同时执行所需要的各种辅助功能已成为可能，因而数控机床的机械结构比传统机床具有更高的集成化功能要求。
从制造技术发展的要求看，随着新材料和新工艺的出现，以及市场竞争对低成本的要求，金属切削加工正朝着切削速度和精度越来越高、生产效率越来越高和系统越来越可靠的方向发展。这就要求在传统机床基础上发展起来的数控机床精度更高.驱动功率更太，机械机构动'静、热态刚度更好，工作更可靠，能实现长时同连续运行和尽可能少的停机时间。
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