同一份排版 · 同一台机床

Same nest · same router

同样的板，切得更快。

Same sheets. Cut faster.

排版软件很多，利用率大家都差不多。墨线把功夫下在刀路上：零件连成一片切，不逐块提刀；钻孔一次多钻同下，路线按机床的真实空走时间排。机床每天省下来的是实打实的时间。

There are plenty of nesting programs, and sheet yield ends up much the same. Inkline puts its effort into the toolpath: parts are cut as one linked path instead of lifting for each one, the drill bank fires several drills at once, and the drilling route is planned around your router's real travel time. The savings show up on the machine every day.

填邮箱和公司名，马上拿到试用 keyEnter your email and company and get a trial key straight away

−80% 主轴下刀次数Spindle plunges 219 → 43

−16% 切割时间Routing time 51.1 → 42.8 分钟51.1 → 42.8 min

−89% 铣刀空走时间Router air time 6.1 → 0.7 分钟6.1 → 0.7 min

−17% 钻孔空走时间Drilling travel time 41.6 → 34.6 分钟41.6 → 34.6 min

前三项：一个真实厨房订单，18.5 mm 板 108 块，同一份排版 19 张 2440 × 1220，常规切法和菊花链各出一份 NC，从 NC 读回来统计。切割时间只算铣刀的切削和空走，不含钻孔、换刀、上下板、贴标。钻孔一项：这个厨房订单全部材质 24 张 3600 × 1200、1257 次下钻，路线优化前后对比。时间按机床的速度参数估算，实际以上机为准。

First three figures: a real kitchen order, 108 parts in 18.5 mm board, the same nest of 19 sheets at 2440 × 1220, with NC written once conventionally and once daisy-chained, then counted from the NC files. Routing time covers only the router's cutting and air moves, not drilling, tool changes, loading or labelling. Drilling figure: the whole kitchen order, all materials, 24 sheets at 3600 × 1200 with 1257 drill strokes, before and after route optimisation. Times are estimated from the router's speed settings; real results depend on your machine.

同一张板的两份刀路：常规切法下刀 18 次，空走虚线来回穿；菊花链只下刀 2 次 — 同一张板 9 块零件：蓝线是铣刀切削，灰色虚线是提刀空走，红点是每次下刀。左边 18 次，右边 2 次。

Two toolpaths for the same sheet: conventional cutting plunges 18 times with air moves criss-crossing; daisy chain plunges twice — 同一张板 9 块零件：蓝线是铣刀切削，灰色虚线是提刀空走，红点是每次下刀。左边 18 次，右边 2 次。

一分钟看懂墨线怎么切

See Inkline cut in under a minute

真实厨房订单、本软件的模拟加工画面。

Real kitchen order, recorded from the software's own simulation.

菊花链 · 不提刀

Daisy chain · no lifts

零件连成一片切，只下一次刀

Link the parts and plunge once

挨着的零件在离得最近的地方搭一座"桥"，整片零件连成一条路线。整片只下一次刀，分几层切时层与层之间也不抬刀。不在废料上空走，隔着大块废料的另起一段。

每块零件都是顺铣，边口质量和单独切一样
桥口前后各重叠 2 mm，两块零件的边在桥口都不留接刀痕
小件可以单独先切（多留皮、降速），也可以一起进链
出刀路前逐条核对：刀扫过的地方不碰任何零件
另有共边切法：相邻两块共用一刀，缝只切一遍

Neighbouring parts are joined by a short bridge where they sit closest, so a whole group becomes one continuous path. One plunge for the group, and no lifting between depth passes. The tool never travels over open scrap; parts separated by a large offcut start a new path.

Every part is climb-cut, so edge quality matches cutting it on its own
Bridges overlap 2 mm at each end, leaving no witness marks on either part
Small parts can be cut first on their own (extra onion skin, slower feed) or join the chain
Every path is checked before NC is written: the tool never touches another part
Common-line cutting is also available: neighbouring parts share one cut

同一份排版，19 张板	主轴下刀	切割时间	其中空走	切割时间减少
Same nest, 19 sheets	Plunges	Routing time	Air moves	Time saved
常规切法，每块提刀Conventional, lift per part	219	51.1	6.1	—
菊花链，小件单独切Daisy chain, small parts cut separately	109	45.7	2.5	−11%
菊花链，小件也进链Daisy chain, small parts included	43	42.8	0.7	−16%

时间单位：分钟。切割时间 = 铣刀的切削 + 空走，不含钻孔、换刀、上下板、贴标。

Times in minutes. Routing time = router cutting + air moves, excluding drilling, tool changes, loading and labelling.

钻孔优化

Drilling

多钻同下，路线按真实空走时间排

Gang drilling, routed by real travel time

多钻同下：钻包停在一处，能同时打的孔几根钻一起下。上面那个订单 1280 个孔只用了 920 次下钻。

路线优化：打孔的先后不按钻径一组组死排，而是按"钻包空走的秒数 + 换一组钻的秒数"找最快的路线，多走一点少换一次钻，还是反过来，按秒数权衡。厨房订单 24 张板，钻孔空走少了 17%。

机床够不着的位置只用够得着的钻，打不了的自动改铣
NC 写完读回来，和要打的孔逐个核对

Gang drilling: wherever the drill bank stops, every hole that can be drilled at once is drilled at once. The order above has 1280 holes in only 920 drill strokes.

Route optimisation: holes are not drilled in rigid groups by diameter. The route is chosen by seconds: drill-bank travel time plus the time to swap drill groups, so a little extra travel is traded against a group change whenever that is faster. On a 24-sheet kitchen order, drilling travel time dropped 17%.

Near the machine's reach limits only drills that can reach are used; anything else is milled automatically
Every NC file is read back and checked hole by hole

钻包设置：钻位示意图和每个钻位的钻头、坐标、选钻代码 — 钻包照你们机床设：点示意图上的钻就选中那一行，钻位冲突当场标红。

Drill bank settings: spindle layout and each spindle's drill, position and select code — 钻包照你们机床设：点示意图上的钻就选中那一行，钻位冲突当场标红。

出 NC 前先看

Simulation

还没写 NC，先看机床怎么走

Watch the router before any NC is written

每张板点"模拟加工"，按真正出 NC 的那套刀路一刀一刀放：先钻什么、哪里换刀、外框怎么连着走、标签贴在哪。每张板的加工时间按切削、空走、换刀、钻孔、上下板分开列。

上板、换刀不干等，看得快；加工时间照真实速度算。EnRoute 出的 NC 也能打开来对比。

Click Simulate on any sheet and watch the exact toolpaths the NC will use: what is drilled first, where tools change, how the outlines chain together and where each label goes. Machining time per sheet is split into cutting, air moves, tool changes, drilling and loading.

Loading and tool changes don't hold up the playback, while the time estimate stays at real speed. NC files from EnRoute open too, for a side-by-side comparison.

模拟加工到一半：蓝色是已经切开的刀路，虚线是空走 — 模拟到一半：蓝色是已切开的刀路，虚线是空走，方框里的数字是贴标顺序。

Simulation halfway through a sheet: finished cuts in blue, air moves dashed — 模拟到一半：蓝色是已切开的刀路，虚线是空走，方框里的数字是贴标顺序。

好用

Easy to use

工人一看就懂，设置一次就好

Clear on the shop floor, set up once

标签上画整张板，这块零件涂黑，贴标不用对图找件
蛇形贴标顺序：从板头一列往上、一列往下，没有缩略图也能顺着贴
标签设计器拖放，预览就是打印出来的样子
设置都在网页上改，有问题当场标红，点一下跳到那一格
用过 EnRoute 的，机床、刀路模板、标签设计直接导入
读图纸时逐块核对，哪块板、哪里不对说清楚，还能印在标签上
排版在后台算，有进度条，随时可停；中英文界面
设置跟账户走，换台电脑不用重新设

A sheet map on every label, with this part filled in, so nobody hunts through a printout
Snake-order labels: up one column, down the next, from head to tail, easy to follow even without the map
Drag-and-drop label designer; the preview is exactly what prints
All settings in the browser; problems are flagged on the spot and one click takes you there
Coming from EnRoute? Import your machine, toolpath templates and label designs
Every part is checked as the drawing is read; problems name the part and can be printed on its label
Nesting runs in the background with a progress bar and can be stopped any time; English and Chinese interface
Settings follow your account, so a new PC needs no setting up

标签设计器：零件标签右下角是整板缩略图，这块零件涂黑 — 标签设计器，用真实订单数据预览：右下角整板缩略图，这块零件涂黑。

Label designer: a part label with a sheet map in the corner, this part filled black — 标签设计器，用真实订单数据预览：右下角整板缩略图，这块零件涂黑。

六张真实大板上的贴标顺序 / Label order on six real sheets — 六张真实排版上的贴标顺序：一列往上、一列往下，不来回跳。

功能一览

Everything at a glance

刀路与加工速度

菊花链：整片只下一次刀，层间不抬刀
共边切割：相邻零件共用一刀
多钻同下、钻孔路线按时间优化
螺旋铣孔、型腔、环形槽、V 刀清方角
连接筋、废料切碎、余料归方

出 NC

照你们的机床、刀库、钻包、NC 模板
从 EnRoute 导入机床设定和刀路模板
出 NC 前模拟加工、估算加工时间
NC 写完回读，逐孔核对

图纸与排版

筑木云导出、筑木生产报表；插件导出凭取件码直接进排版
直读 CabMaster 图纸（.qid）Beta暂时支持 CabMaster 11.1 版
CabMaster 原版导出的 DXT/DXF
多个订单合并排；同厚度可混排
对纹门板整组排；库存件填空；手动拖动调整

Toolpaths and speed

Daisy chain: one plunge per group, no lifts between passes
Common-line cutting: neighbours share one cut
Gang drilling with time-optimised drilling routes
Helical boring, pockets, ring grooves, V-bit corner cleanup
Tabs, scrap dicing, squared-off offcuts

NC output

Matches your router, tool magazine, drill bank and NC templates
Import machine setup and toolpath templates from EnRoute
Simulation and machining-time estimates before NC is written
NC read back and checked hole by hole

Labels

Sheet map on the label, snake-order printing
PDF, Windows printers, Zebra ZPL, TSC TSPL
Auto-labeller support, labels kept clear of holes and grooves
A job sheet for every sheet; import EnRoute label designs

Drawings and nesting

SPIRIT cloud export and production reports; plugin exports arrive with a pickup code
Reads CabMaster drawings (.qid) directlyBetaCurrently supports CabMaster 11.1
CabMaster DXT/DXF exports
Several orders nested together; mix materials of the same thickness
Grain-matched sets; stock parts fill gaps; drag to adjust by hand