19 个专用工具19 focused tools
制作与机械Making & mechanics
从打印、拼版与开料，到传动几何和制造文件预检。先看布局与参数，再回到材料和设备验证。From print layouts and sheet cutting to transmission geometry and manufacturing-file preflight. Explore layouts and parameters before validating materials and equipment.
查看工具Explore tools ↓你可以从这些问题开始。A few useful starting points.
- 板材规划：用 SheetNest 尝试矩形排样，核对锯缝、方向和实际板材尺寸。For sheet planning: try rectangular nesting in SheetNest and check kerf, orientation, and actual stock dimensions.
- 传动布局：用 BeltSpan 或 ChainSpan 比较中心距与候选长度。For transmission layouts: compare center distances and candidate lengths with BeltSpan or ChainSpan.
- 制造前检查：用 GCodeGuard、STLMesh、GerberLens 或 DrillMap 查看支持范围内的文件结构。Before manufacturing: inspect supported file structures with GCodeGuard, STLMesh, GerberLens, or DrillMap.
选择你的工作台Choose your workbench
打印价PrintQuote
拆解材料、电费、机器、工时、失败率、费用与利润。Price material, power, machine time, labor, failures, fees, and margin.
估算报价Build a quote ↗开料图SheetNest
按板材、锯缝、边距和纹理估算用料并预览排版。Estimate sheet usage from parts, kerf, margins, rotation, and grain.
估算开料Estimate a cut list ↗折页序BookFold
补齐空白页、拆分帖数并生成每张纸的正反面页序。Pad, split, and generate front/back spreads for saddle-stitched booklets.
生成页序Build the sequence ↗针距尺GaugeMate
按样片换算起针、行数、尺寸偏差与线团数量。Convert swatch gauge into stitch counts, rows, size corrections, and skeins.
换算针距Calculate gauge ↗齿比寻RatioForge
按目标减速比反向搜索单级或两级直齿轮组合。Search single or compound spur-gear trains from a target reduction.
寻找齿比Find a gear train ↗配合线FitCurve
用实测试片拟合尺度与偏差，再反算 CAD 配合尺寸。Fit scale and offset from measured coupons, then invert CAD fit dimensions.
拟合补偿Fit compensation ↗螺纹轮ThreadTrain
从丝杠、目标螺距和齿轮库存反求单级或复合换齿轮。Solve simple or compound change gears from a leadscrew, target pitch, and inventory.
搜索换齿轮Search gears ↗折弯展BendFlat
计算 BA、OSSB、BD、多折弯平板长度并用试片反算 K 因子。Calculate BA, OSSB, BD, multi-bend flat length, and coupon-derived K-factor.
计算展开Calculate a flat ↗滚齿轨KnurlTrack
从圆周节距、TPI 或径节反求整数齿坯料直径、公差窗口与试切表。Invert integer-tooth blank diameters, tolerance windows, and trials from CP, TPI, or DP.
搜索跟踪直径Find tracking diameters ↗带距尺BeltSpan
从现有标准带长反求中心距、速比、小轮包角、带速和安装调整量。Invert center distance, ratio, wrap, speed, and travel from available belt lengths.
匹配标准带Match a belt ↗分度盘IndexPlate
用现有孔圈求整圈加孔数；不可简单分度时生成邻近假定等分与挂轮候选。Solve full turns plus holes, then generate trial divisions and gear candidates when needed.
求分度方案Solve indexing ↗链距尺ChainSpan
搜索偶数链节并反算中心距、包角、啮合齿、链速和多边形波动。Search even links and invert center, wrap, engaged teeth, speed, and polygonal ripple.
搜索链长Search chain length ↗凸轮程CamPath
比较简谐、摆线和 3‑4‑5 运动，绘制节曲线、SVAJ 与压力角。Compare harmonic, cycloidal, and 3-4-5 motion with pitch curve, SVAJ, and pressure angle.
生成运动程序Generate motion ↗簧率寻SpringTune
计算刚度、载荷、Wahl 应力和并圈余量，再反搜线径与有效圈数。Calculate rate, load, Wahl stress, and solid clearance, then search wire and active coils.
反求弹簧Tune a spring ↗飞轮账FlywheelLab
汇总圆盘、圆环和轮缘惯量，计算转速窗口能量并反求所需质量。Sum disk, annulus, and rim inertia, calculate speed-window energy, and invert required mass.
汇总飞轮Build the ledger ↗数控预检GCodeGuard
解释常见直线/IJ 圆弧、单位和坐标模式，汇总路径、包围盒、时间与未支持代码。Interpret common lines/IJ arcs, units, and distance modes with path, bounds, time, and unsupported-code summaries.
预检 G-codePreflight G-code ↗网格诊STLMesh
识别 ASCII/二进制 STL，检查面积、体积、边界、非流形边、同向拼接和退化面。Inspect ASCII/binary STL for area, volume, boundaries, non-manifold edges, same-direction joins, and degenerate facets.
诊断 STLDiagnose STL ↗光绘镜GerberLens
解析格式、单位、光圈、绘制/移动/闪光，检查未定义光圈并预览图层对象。Parse format, units, apertures, draws/moves/flashes, flag undefined apertures, and preview layer objects.
预检 GerberPreflight Gerber ↗钻孔账DrillMap
解释单位、零抑制、刀具直径与孔位，汇总每刀孔数、未定义刀具和毫米包围盒。Interpret units, zero suppression, tool diameters, and hits with per-tool counts, undefined tools, and millimeter bounds.
映射钻孔Map drill hits ↗预检不会证明机床无碰撞、网格可打印或电路可制造。实体加工前仍需设备专用软件、材料数据与人工复核。Preflight does not prove collision-free machining, printability, or PCB manufacturability. Use equipment-specific software, material data, and human review before production.
工具找对了，先试一个样例。Found a tool? Try its sample.
结果配合页面说明一起看，重要用途请独立复核。Read results alongside the tool's explanation, and independently verify important decisions.