CamsrMES解决方案工厂建模modeling中文手册

Camworks 中文版使用手册CAMWorks 是一个集成于Solidworks CAD 软件中的CAM 软件产品。

CAMWorks 将传统CAD/CAM 软件中的计算机辅助加工编程方法与先进的人工智能技术完美集合，成为当今国际上为数不多的优秀计算机辅助制造软件之一，其中的技术思想正代表了现代计算机辅助制造软件开发研究的主流发展方向。

CAMWorks 最为显著的贡献可以归纳为：CAD 信息与CAM 的完美集成，这不仅是图形意义上的信息传递，更重要的是在产品数据及特征信息的继承。

同时保留了CAD 系统在操作界面上的一致性。

应用特征识别技术大幅度提升CAM 应用中的自动化和智能化。

其中自动特征识别和人机交互特征识别两种方式并存，为用户在使用上提供了最快捷的工具和最灵活的应用空间。

这无疑对将企业效益放在首位的制造业带来巨大收获。

智能化的加工计划或加工顺序计算机辅助设计技术不仅将传统CAM 编程的时间大大缩短，而且将企业在制造工艺上的知识经验与CAD/CAM 技术应用浑然一体。

对缺乏应用经验和将时间看作金钱的企业无疑将从中找到解决的途径。

基于数据库技术的软件应用从另一角度为用户的产品数据、工艺数据的保存、继承和应用提供了实实在在的帮助。

为满足用户的要求，东大软件CAD/CAM 技术部经过辛勤劳动终于将CAMWorks 中文应用手册与广大用户见面了。

由于语言文化的差异和技术术语的统一性，手册中仍存在一些不尽完善之处。

为此在重要技术词语的处理上均在其后保留了英文原句，以助读者理解和系统应用。

如用户感觉翻译不妥当，可直接查看其英文手册（安装光盘中有PDF 格式的电子文档），具体路径如下：打开光盘＝》manuals＝》tutorial 文件。

真诚期望读者能在使用本手册中与我们保持联系，提供意见，以便于东大软件在技术服务的质量方面不断完善和提高。

目录第一章二轴铣削基础..............................................................................................13二轴铣削1 ..................................................................................................................14您将学习......................................................................................................................14在零件模式下产生铣削刀具轨迹以及数控代码的步骤..........................................14 步骤1：在SolidWorks中进行零件建模或者导入零件15 步骤2：切换到CAMWorks特征树17 步骤3：定义加工类型18 步骤4：定义毛坯21 步骤5：定义可加工特征21 使用自动特征识别（AFR）22 交互定义特征24 步骤6：产生操作计划26 步骤7：产生刀具轨迹28 步骤8：刀具轨迹后置处理30二轴铣削2 ..................................................................................................................31您将学习......................................................................................................................31可加工特征的提取和处理..........................................................................................31提取可加工特征：......................................................................................................34二轴铣削3 ..................................................................................................................39您将学习......................................................................................................................39 从一个包络块定义毛坯39 提取可加工特征40 插入添加的零件设置41 识别可加工特征42 抑制可加工特征42 插入2.5 轴特征42 合并可加工特征44 为每一个零件设置产生一个操作计划：45 生成刀具轨迹以及后置处理：45二轴铣削4 ..................................................................................................................46您将学习......................................................................................................................46从一张草图定义毛坯..................................................................................................47 提取可加工特征48 定义添加特征48 生成操作50 调整加工参数51 删除一个操作51 插入一个操作52 定义程序零点53 生成刀具轨迹：54 操作排序54第二章深入学习二轴铣削......................................................................................55二轴铣削5 ..................................................................................................................55您将学习......................................................................................................................55 设置属性及生成操作56 操作分类和排序57 加工岛屿顶面57 修改零件设置的原点58 操作合并59二轴铣削6 ..................................................................................................................61您将学习......................................................................................................................61 插入 2.5 轴特征62 定义夹具避让区64 修改加工参数并生成刀具轨迹64 插入一个零件设置并添加一个面切削66 自定义刀具轨迹67二轴铣削7 ..................................................................................................................69您将学习......................................................................................................................69 交互定义特征69 插入凹腔特征来加工4 个角凹腔（CornerPocket）的底面。

Professional Simulation ToolFree / Chassis / Engine Versions available Find the Operation Manual here. Find the Installation Manual here.LapSim Chassisis both an analysis tool as well as a vehicle simula-tion program. By further processing the on-car recor-ded data, using parts of the simulation models, a much more profound analysis of the vehicle behavior can be gained. Due to the direct link with the simu-lation model, vehicle parameters can be validated like aerodynamics, tire behavior, engine power, as well as driver performance. The visualization of the vehicle behavior creates a much easier and better understanding of the influence of several vehicle parameters on the performance independent of the technical background of the pSim Enginesupplies an easy to use engine simulation package capable of generating a torque/power and a corres-ponding ignition curves out of the main parameters of an engine. The model is able to simulate any 4-stroke spark ignition (SI) race engine currently seen on the market, with or without air restrictor(s). To summarize, the engine software is aiming for 95 %accuracy but 5 % the effort of complex engine soft-ware packages. The engine software avoids a vast number of variables in order to define every engine detail, in order to improve usability as well as com-putational performance. The engine package is integ-rated in the lap simulation.Application Data AnalysisPost processing of the on-car recorded data with simulation mod-els. Calculating vehicle handling state, aerodynamics, differential function, etc.Determination of tire parameters out of on-car recorded data.Possibility to analyze tire performance over the laps.Direct comparison between several outings and/or simulation model.3D Animation of vehicle behavior for a better and more thorough understanding.By comparing recorded data with simulation data a validation possibility of vehicle parameters and vehicle functioning is pSim software adds all vehicle parameters to WinDarab Files and creates automatic database.Chassis Simulation modelPractical Pacejka like tire model. Tire parameters can easily be determined out of on-car recorded data. No tire data required.Full vehicle model including limited slip (or visco-) differential 3D aero mapsRide height dependent suspension kinematics Calculation time 3-4 times faster than real car (PVI - 3 GHz)Automatic set-up optimization Engine Simulation modelEngine model generates torque/power curve as well as ignition angleNormally aspirated engines, with or without restrictor 2,3,4 and 5 valve cylinder heads2-zone burn model in order to cope with all possible compression ratios and chamber geometriesIgnition point is determined by adjustable maximum pressure in cylinderFully adjustable camshaft profileEngine model generates pressure curve over 720˚ crankshaft,which is integrated to calculate engine torque/powerBosch Motorsport | Simulation Tool LapSimSimulation Tool LapSim10 seconds calculation time for 0 to 10,000 rpm range The sale of this Software Tool in Mexico is prohib-ited.Due to embargo restrictions, sale of this Software Tool in Russia, Belarus, Iran, Syria, and North Korea is pSim Chassis Free VersionOrder number free download at our homepage LapSim Chassis LicenseOrder number B261.206.432-01LapSim Chassis and Engine License Order number F01T.A20.057-01A few ScreenshotsBosch Motorsport | Simulation Tool LapSim 2 | 2Represented by:Europe:Bosch Engineering GmbH MotorsportRobert-Bosch-Allee 174232 Abstatt GermanyTel.: +49 7062 911 9101Fax: +49 7062 911 79104********************www.bosch-motorsport.deNorth America:Bosch Engineering North America Motorsport38000 Hills Tech DriveFarmington Hills, MI 48331-3417United States of America Tel.: +1 248 876 2977Fax: +1 248 876 7373********************Asia-Pacific:Bosch Engineering Japan K.K.Motorsport18F Queen’s Tower C, 2-3-5 Minato Mirai Nishi-ku, Yokohama-shi Kanagawa 220-6218JapanTel.: +81 45 650 5610Fax: +81 45 650 5611www.bosch-motorsport.jpAustralia, New Zealand and South Africa:Robert Bosch Pty. Ltd Motorsport1555 Centre RoadClayton, Victoria, 3168AustraliaTel.: +61 (3) 9541 3901********************.com© Bosch Engineering GmbH 2022 | Data subject to change without notice 55403403 | en, V, 02. Nov 2022。

CATIA主模块CATIA是英文 Computer Aided Tri-Dimensional Interface Application 的缩写.是世界上一种主流的CAD/CAE/CAM 一体化软件。

CATIA所有的模块的中文名称,英文简写,以及英文名称:零件设计 PDG：Part Design装配设计 ASD：Assembly Design交互式工程绘图 IDR：Interactive Drafting创成式工程绘图 GDR：Generative Drafting结构设计 STD：Structure Design线架和曲面设计 WSF：Wireframe and Surface钣金设计 SMD：SheetMetal Design航空钣金设计 ASL：Aerospace Sheetmetal Design钣金加工设计 SHP：SheetMetal Production三维功能公差与标注设计 FTA：3D Functional Tolerancing &Annotation模具设计 MTD：Mold Tooling Design阴阳模设计 CCV：Core & Cavity Design焊接设计 WDG：Weld Design自由风格曲面造型 FSS：FreeStyle Shaper自由风格曲面优化 FSO：FreeStyle Optimizer基于截面线的自由风格曲面造型 FSP：FreeStyle Profiler基于草图的自由风格曲面造型 FSK：FreeStyle Sketch Tracer创成式外形设计 GSD：Generative Shape Design创成式曲面优化 GSO：Generative Shape Optimizer汽车白车身接合 ABF：Automotive Body In White Fastening数字化外形编辑 DSE：Digitized Shape Editor汽车A级曲面造型 ACA：Automotive Class A快速曲面重建 QSR：Quick Surface Reconstruction创成式零件结构分析 GPS ：Generative Part Structural Analysis创成式装配件结构分析 GAS ：Generative Assembly StructuralAnalysis变形装配件公差分析 TAA：Tolerance Analysis of Deformable Assembly Elfini 结构分析 EST：Elfini Solver Verification电路板设计 CBD：Circuit Board Design电气系统功能定义 EFD：Electrical System Functional Definition电气元件库管理员 ELB：Electrical Library电气线束安装 EHI：Electrical Harness Installation电气线束布线设计 EWR：Electrical Wire Routing电气线束展平设计 EHF：Electrical Harness Flattening管路和设备原理图设计 PID：Piping & Instrumentation DiagramsHVAC 图表设计 HVD：HVAC Diagrams电气连接原理图设计 ELD：Electrical Connectivity Diagrams系统原理图设计 SDI：Systems Diagrams管线原理图设计 TUD：Tubing Diagrams波导设备原理图设计 WVD：Waveguide Diagrams系统布线设计 SRT：Systems Routing系统空间预留设计 SSR：Systems Space Reservation电气缆线布线设计 ECR：Electrical Cableway Routing设备布置设计 EQT：Equipment Arrangement线槽与导管设计 RCD：Raceway & Conduit Design波导设备设计 WAV：Waveguide Design管路设计 PIP：Piping Design管线设计 TUB：Tubing DesignHVAC设计 HVA：HVAC Design支架设计 HGR：Hanger Design结构初步布置设计 SPL：Structure Preliminary Layout结构功能设计 SFD：Structure Functional Design设备支撑结构设计 ESS：Equipment Support Structures厂房设计 PLO Plant Layout数控加工审查 NCG：NC Manufacturing Review数控加工验证 NVG：NC Manufacturing Verification2轴半加工准备助手 PMA：Prismatic Machining Preparation Assistant 2轴半加工 PMG：Prismatic Machining3轴曲面加工 SMG：3 Axis Surface Machining多轴曲面加工 MMG：Multi-Axis Surface Machining车削加工 LMG：Lathe Machining高级加工 AMG：Advanced Part MachiningSTL快速成型 STL：STL Rapid Prototyping知识工程顾问 KWA：Knowledge Advisor知识工程专家 KWE：Knowledge Expert产品工程优化 PEO：Product Engineering Optimizer产品知识模板 PKT：Product Knowledge Template业务流程知识模板 BKT：Business Process Knowledge Template产品功能定义 PFD：Product Function Definition产品功能优化 PFO：Product Function OptimizerDMU 漫游器 DMN：DMNDMU NavigatorDMU 运动机构模拟 KIN：DMU Kinematics SimulatorDMU 空间分析 SPA：DMU Space AnalysisDMU装配模拟 FIT：DMU Fitting SimulatorDMU优化器 DMO：DMU OptimizerDMU工程分析审查 ANR：DMU Engineering Analysis ReviewDMU空间工程助手 SPE：DMU Space Engineering Assistant人体模型构造器 HBR：Human Builder人体模型测量编辑 HME：Human Measurements Editor人体姿态分析 HPA：Human Posture Analysis 人体行为分析 HAA：Human Activity Analysis。

目录1.编写目的 .................................................................................................................................2.操作内容演示.........................................................................................................................2.1 操作总流程图 (2)2.2 操作步骤演示..............................................................................................................2.2.1 系统登入...........................................................................................................2.2.2 系统基础信息管理...........................................................................................2.2.3 生产管理...........................................................................................................2.2.4 计件薪资管理...................................................................................................1.编写目的制造履行系统（ MES）已经到了实行阶段，当前系统的开发以及测试已告一段落。

Truly Integrated CAM: Inventor HSM is a Well-Oiled MachineGavin Bath – CADPRO Systems LimitedPE5895 Learn to extend the power of Autodesk, Inc.’s, fully integrated CAM Solution for Inventor software by complementing it with Vault software. You will learn about the workflows used to create machine code for the CNC (computer numerical control) machining of your parts, and you will also learn the benefits of using an integrated CAM system. Data management is often a nightmare for companies that maintain design files separately from files containing manufacturing information such as toolpaths. In this class you will see just how easily you can maintain both in a single file, using Inventor HSM software and Vault software.Learning ObjectivesAt the end of this class, you will be able to:•Learn how to set up stock and create toolpaths for machining inside Inventor software•Learn how to post process toolpaths to convert to machine code•Perform typical data management processes like revision changes for machined parts. •Understand the benefits of a truly integrated CAM SolutionAbout the SpeakerGavin Bath is currently employed by New Zealand’s largest Autodesk Reseller in a role split between technical support/consulting and software development, usually in the form of customization for Autodesk, Inc., products. His focus is primarily AutoCAD Inventor software, Vault software, and the Autodesk HSM CAM products. Before becoming a technical consultant, he spent about 10 years as a mechanical designer using Inventor software and Vault software. Gavin has worked in a variety of industries, including aerospace, defense, consumer products, and materials, and he has handled equipment for everything from logging to mining to food. In these areas he has designed machinery, equipment, and products involving a huge variety of materials and manufacturing processes. Gavin places utmost emphasis on manufacturability in the design work he does as a result of having always worked very closely with the manufacturing environment. This has taught him to adapt and calibrate his digital-prototyping tools to give real-world results.*******************@gavinbathIntroductionThis document is intended to function primarily as a step-by-step guide to the workflows which will be demonstrated in this class. Some additional background information is included for those who have never used CAM software or are otherwise unfamiliar with the process of creating machine code from CAD models. This handout does not cover all of the information that will be discussed in the class and should be looked at as supplementary information.CAM OverviewCAM – Computer Aided ManufacturingHow does it work?ToolpathThe model geometry is analysed and a 3D path for the cutting tool is fitted to it, based on a particular strategy for removing the material. Many factors go into the toolpath calculation including the geometry of the tool, its specifications, considerations for providing a good surface finish etc.Post-processingTo generate the machine code that will drive a particular CNC (Computer Numeric Control) machine, the toolpath and associated information has to be interpreted and translated. This is because there are a huge array of different types of machines, with different capabilities and functions, so the languages that run them can differ greatly. In order to get up and running with a CAM package, you need to acquire a post-processor to suit the controller of your machine. The Autodesk Post Development team can customize / modify / create this for you.DNCWhile most machine controllers have the ability to load a program from some form of removable media (such as a disk or USB flash drive,) often the most efficient way to transfer data to the machine is through a network cable. With this method, the machine code can be drip-fed to the machine controller at a rate that it can keep up with, which allows huge programs to be processed, even if they are larger than the memory of the machine. This is called DNC, or Direct Numerical Control.2.5D / 3D / 3+2 / 5 Simultaneous / TurningThe HSM technology comes in three versions, with varying levels of price and capability. The lowest tier is the 2.5D InventorHSM Express / HSMXpress for Solidworks. Every CAM vendor seems to define 2.5D slightly differently, but in HSM it basically means that for most operations, the Z-level step downs are taken between each path in the X-Y plane. You can't generally have all 3 machine axes moving simultaneously. There are a few exceptions to the rule, including helical entry, and tracing an edge that varies in Z, for example when trimming a molded component. Here are a few examples showing the differences.23Why Integrated CAM?When you hear people refer to others as “being scared of change,” they’re probably talking aboutengineers. And it’s no wonder, change can be a difficult thing to manage in a manufacturing environment. The more steps in the process, the more places there are for something to get missed. When an issue with a product becomes evident, and a change is required, the change usually has to flow through a number of different departments, people, and software systems, as seamlessly as possible. For the purposes of this discussion, we’ll simplify the journey to just the design and manufacturing.Now, any designer who has used a relatively modern 3D CAD package, most likely takes for granted the fact that when he updates his 3D model, his 2D drawing of that component will update itself automatically to reflect the change. This is because the drawing and modelling environments are tightly integrated, and the files are tightly linked to each other. When it comes time to manufacture the component with CNC machinery, usually a CAM definition needs to be created for that item that will store all the information regarding tooling, toolpath strategies and other CNC specific information. It is often at this point, that the nice seamless links get broken, and new files need to be created in parallel using other software packages.The difficulty comes when changes to the design information have to be manually kept in sync withchanges to the manufacturing data. If the designer changes the widget from Rev. A to Rev. B, production need to be aware that the file has changed, update their files to match, and then remember to align the new CAM revision with the new CAD revision. With InventorHSM, the CAM information is stored inside the same .ipt or .iam CAD files as the design data. This means only one file per component to revise, and the CAM operators can be brought into the same data management system as the designers and engineers, using Autodesk Vault.The following workflows will be discussed and performed live in the class presentation. They aredesigned to simulate some typical engineering change scenarios, and follow the data through the system using two hypothetical characters, Dave Designer and Matt Machinist.If you prefer watching videos to step by step written tutorials, I have created Screencasts of the various CAM tutorials below. To see the data management processes though, you’ll have to attend the class.1. Setup Stock2. Create Toolpath3. Post-process CodeSetup Stock and Create ToolpathTo calculate which material the cutting tool should remove, the solid model that represents the component that is being machined, is effectively subtracted from the stock definition. We need to make sure that the stock definition is as accurate as possible to optimize efficiency in machining by reducing “air-cutting,” and also reduce the risk of crashing the tool into stock that wasn’t allowed for.Steps:1. Open the component that is to be machined, in Inventor.2. On the “CAM” ribbon, click “Setup” to create a new setup.453. Click the “Model Orientation” drop-down and click “Select Z axis/plane and X axis.”4. Pick a vertical edge to set the Z axis. Repeat for the X axis.5.Click “Stock Point” and then pick a point that should represent the 0,0,0 origin66. Change to the “Stock” tab in the CAM browser, and then pick “Relative Size Box” from the drop-down list for Stock “Mode.”77. Type ‘10’ in the “Bottom offset” box to add extra stock to the bottom of the part for clamping.8. Change to the “Post Process” tab and give the program a number and a comment. Considerationshould be given to whether the job will be run as separate programs, or a single program, based on fixturing, and number of machine axes and ability to index the part.9. Click “OK” to finish the setup.With the stock defined, toolpath strategies are now created and configured, to remove excess stockmaterial, and end up with a component as close as possible to the desired finished dimensions. There are many strategies available which each have their own particular strengths and weaknesses. In this example, we will start by roughing the overall shape with a 3D Adaptive Clearing strategy.1. Click “Adaptive” on the “3D Milling” panel of the “CAM” ribbon82. Click “Tool” then expand the “By Type” folder and select “Flat Mill,” then pick the Ø10mm x 45mmflute length cutter and click “Select.”3. Change the “Spindle Speed to 8000RPM4. Change the “Cutting Feedrate” to 2400mm/min5. Change the “Feed per tooth” to 0.075mm6. Click “OK”7.Select the “Adaptive1” toolpath that you just created, and click “Simulate” on the CAM ribbon98. Click the checkbox labelled “Stock” to show the stock, and then click the play button at the bottomof the screen to animate the tool motion and stock removal9. Adjust the slider to change speed of playback. To the left to slow down or reverse, and to the rightto speed up.10.Click “Close” to end the simulation.Post Process Toolpaths to Convert to Machine Code1. Select the “Adaptive1” operation in the browser and click “Post Process” on the CAM ribbon.2. Select the “haas.cps - Generic HAAS” post processor from the drop-down list.3. Enter a “Program name or number.” This will depend on your controller.4. Enter a “Program comment” to describe the program.5. Click “Post” to generate the machine code.6. Select a location to save the file. This will automatically open the code file in HSM Edit, a G-codeediting tool.10117. Click “Backplot Window” on the “Backplot” tab inside Inventor HSM Edit.8. Use the animation player controls in a similar way to the toolpath simulation controls, to playthrough the machine code line by line and watch the tool motion.9. At this point, if you were happy with the program, you could either save the code file to a memorystick and transfer to the machine, or even send it directly from Inventor HSM Edit via DNC on the“Transmission” tab.12Perform Typical Data Management ProcessesFor this section, we will assume that you already have Vault Professional installed and configured. We will be using both the standalone Vault Professional 2015 client, and the Vault Professional 2015 addin for Inventor. The following steps should be imagined as being performed by two different users, with different roles. They are Dave Designer, and Matt Machinist. Dave’s steps are in blue, and Matt’s are in orange.1. Open Inventor and log in to Vault2. Click “Open” on the Vault Ribbon, to open a file from vault. This ensures that we get the latestversion of the file.3. Locate and select the file that you want to work on, and click “Open.”134. Make your edits to the model. Vault may prompt you to check the file out, say “Yes.”5.Save the file, then switch to the Vault Browser.146. Right-click the name of the file, and select “Check In”7. Enter a comment to describe the changes, for future reference.8.Click “Ok” to complete Check In159. Open the “Autodesk Vault Professional 2015” stand-alone client.10. Log in with the appropriate credentials.11. Navigate to the file that we have just worked on.12. Select the “History” tab, and note the changes in the latest version13. Let Matt Machinist know that the design changes are complete.14. Repeat steps 1-3, but this time as Matt Machinist.15. Switch to the CAM tab, and CAM browser.16. Select “Setup1” in the browser and note that the stock definition has update, but the toolpaths areno longer valid, due to the model change.17. Hold the CTRL key and click each Setup in the CAM browser so that they are all selected.18. Right-click and select “Generate Toolpath (All)” to regenerate all the toolpaths.19. Note that the toolpaths have updated to suit the new geometry.20. Following the “Post Process Toolpaths to Convert to Machine Code” process above, generatecode for as many toolpaths or setups as required. Save these code files into your workspace.21.Optionally, setup sheets can be generated, with tooling, stock, and fixture information.1622. Locate the code and setup files in windows explorer, and drag and drop into the relative locationinside the Vault Professional Client.23. Enter a comment when the “Add Files” dialog pops up.24. Click “Ok” to upload/check in the files to Vault1725. To associate the code files with the Inventor model, go to the “Manage” tab in Inventor, and clickon the “Insert Object” button.26. Check the “Create from file” check-box.27. Click “Browse” and locate the first NC file to attach.28. Check the “Link” check-box.29.Click “OK.”1830. Check the file back into Vault by Right-clicking the file in the Vault Browser inside Inventor andselecting “Check In.”31. Let Dave Designer know that the part has been programmed and is manufacturable.32. Perform steps 9-11.33.Select the relevant component, then right-click and select “Assign/Update Item.”1934. Enter relevant information such as “Category” and “Description” for Item.35. Click “Save and Close” to create item. This item can be used for many functions, such as linkingto an ERP item.36. Locate the relevant file in Vault Professional Client.37. CTRL + Click the Item icon to go to the Item in the Item Master38. Right-click the Item and select “Change State.”39.Select “Released.”2040. Click “Ok” to release the item for manufacture at Revision A.41. WHOAH STOP PRESS, THERE IS A DESIGN FAULT!42. Now we need to revise the item. To unlock the model files, first locate the item in Vault.43. Right-click the item and select “Change State.”44. Select “Work in Progress.”45. Click “Ok.” (Note that this will bump revision to “B”)46. Open file in Inventor, and check it out from Vault. (Steps 1-3)47. Make required model change.48. Save file.49. Check In to Vault.50. Close file.51. Notify Matt Machinist that model has changed and requires updates.52. Open and Check Out Inventor File as per steps 1-3 above. Ensure that linked NC files are alsochecked out.53. Regenerate all toolpaths, as above, to suit modified model.54. Post process all setups, and save NC files. Say “Yes” to the prompt to overwrite.55. Check all files back in to Vault.56. Notify Dave Designer that part has been re-programmed.57. In Vault Professional Client, navigate to the relevant item.58. Right-click and select “Update.” This will update the item to reflect the model changes.59. Click “Save and Close.”60. Right-click the item and select “Change State” as per step 43.61. Select “Released.”62.Click “Ok” to release Revision B for manufacture.Truly Integrated CAM: Inventor HSM is a Well-Oiled Machine63. Finished.These tutorials are available in an alternative format on Autodesk Screencast. QR codes above.Useful links for background reading:Download 2.5D for free: /Discussion forum: /YouTube: https:///user/AutodeskCAMCADPRO Systems: HSMWorks Down-under: Design & Motion Blog: /I look forward to seeing you in class at AU2014, in a few weeks’ time.21。

SuperForge2005使用手册内容：参数设置，试验分析，结果分析编制：王 毅部门：工程部时间：2005.7.28～2005.8.10目录一、计算机配置及相关参数设置和结果简介-----------------------------11.计算机配置情况：-----------------------------------------------12.软件主要参数设置说明-------------------------------------------13.软件运行结果的说明---------------------------------------------2二、SUPERFORGE2005操作步骤详解------------------------------------31.生成STL模型文件------------------------------------------------32.在S UPER F ORGE环境下设置各参数-------------------------------------53.参数调入设计树-------------------------------------------------84.运行-----------------------------------------------------------95.结果显示-------------------------------------------------------9三、关键参数设置试验及分析----------------------------------------101.STL文件精度的设置--------------------------------------------102.模具类型的设置------------------------------------------------123.网格长度的设置------------------------------------------------144.摩擦系数的设置------------------------------------------------165.水压机速度设置------------------------------------------------186.材料的定义----------------------------------------------------20四、结果显示与分析------------------------------------------------221.接触应力（C ONTACT P RESSURE）-------------------------------------222.其他结果说明--------------------------------------------------25 结论--------------------------------------------------------------27一、计算机配置及相关参数设置和结果简介SuperForge2005试用过程是在2004使用的一定经验之上进行的，对于我司的产品的一些参数，大体上已经有一定的积累，记录如下：1. 计算机配置情况：CPU：奔腾D520（64位2.66主频）内存：2G显卡：ATI X700主板：Intel 915G硬盘：120G(SATA)2. 软件主要参数设置说明按照我司产品的整个制作过程，对软件运行的整体参数按步骤作如下设置：①模具的类型选择：Backward Extrusion (或者closed die)②输入模具及锻件文件为STL格式（具体制作过程见附录）Model->From fileSTL文件在制作时会因为误差和角度的不同，在本文中，若不作特殊说明则：“粗”是指误差为0.0557mm，角度为30°的STL文件；“良”是指误差为0.0215mm，角度为10°的STL文件；“精”是指误差为0.0023mm，角度为0.5°的STL文件。

导言 (5)第一节－模具工程设置向导 (5)第二节－分模设计环境 (8)第三节－布局坐标系 (9)第四节－加载工件 (11)第五节－快速断开 (14)第六节－添加属性 (15)第七节－拔模角度 (16)第八节－分模线 (18)第九节－分模曲面 (19)第十节－定义激活 (21)第十一节－创建激活 (22)第十二节－激活工具 (23)第十三节－工具 (24)第十四节－输出模具部件 (28)第十五节－切换到模具设计 (29)第二章E5风格分模设计 (30)导言 (30)第一步 (30)第二步 (31)第三步 (35)第四步 (36)第五步 (38)第六步 (42)第七步 (43)第八步 (45)第三章电极设计向导 (47)导言 (47)第一节抽取电极 (47)第二节设置毛坯及底座 (50)第三节设置电极坐标系 (51)第四节设置电极柄 (51)第五节选择轮廓或自动轮廓 (51)第六节延伸所选轮廓 (52)第七节电极设置 (55)第八节电极模板 (56)第八节电极模拟 (57)导言 (58)第一步－进入 (59)第二步－曲面选取 (61)第三步－电极毛坯&电极坐标系 (64)第四步－电极坐标系 (67)第五步－轮廓 (68)第六步－曲面延伸 (69)第七步－夹头 (71)第八步－保存为模板 (71)第九步－应用模板 (72)第十步－电极的复制与模拟 (76)第十一步－电极绘图 (79)第十二步－EDM设置 (84)第五章E7电极练习2 (92)导言 (92)第一步－进入 (93)第二步－曲面选取 (95)第三步－电极毛坯 (96)第四步－轮廓 (97)第五步－曲面延伸 (98)第六步－电极柄 (99)第七步－保存为模板 (100)第八步－应用模板 (100)第九步－电极实例与设置 (101)第十步－电极加工 (109)第六章模具设计介绍 (114)导言 (114)第一节－模具工程设置向导 (114)第二节－模具设计环境 (114)第三节－布局坐标系 (115)第四节－模架库 (115)第五节－增加激活零件 (122)第六节－切槽 (126)第七节－增加模具部件 (129)第八节－冷却系统设计 (130)第九节－流道设计 (133)第十节－顶杆设计 (136)第十二节－切换到分模 (142)第七章模具设计基础练习 (143)导言 (143)第一步 (144)第二步 (145)第三步 (147)第四步 (151)第五步 (154)第六步 (156)第七步 (158)第八步 (159)第九步 (163)第八章模具设计高级练习 (164)导言 (164)第一步 (165)第二步 (166)第三步 (171)第四步 (173)第五步 (176)第六步 (179)第七步 (181)第八步 (182)第九步 (184)第十步 (185)第十一步 (188)第十二步 (197)第九章手机上盖模具设计练习 (204)第一步加载零件 (204)第二步分模设计 (205)第三步斜顶分模设计 (215)第四步创建毛坯 (216)第五步输出模具部件 (217)第六步进入模具设计 (219)第七步增加激活零件 (220)第八步切槽 (222)第九步增加顶杆 (224)第十步设置冷却水道 (227)第十二步总结 (241)第十章爆炸视图练习 (242)第一章分模设计基础导言CimatronE7为模具设计者提供了一种新的工作模式，我们称之为模具工程。

模具MES 系统操作手册（v 0.1 Demo）联系QQ ：97268062011-02-14说明该系统根据模具生产需求而开发，用于录入订单，跟踪订单状态，控制生产流程，及时监控生产状况，统计与分析数据，实现销售，设计，备料，派工以及各工作站之间数据的无缝连接，达到数据的及时有效，实现从订单录入到出货的可追溯性。

关键字：1、按钮一般是指程序上的按钮，键一般指键盘上的按钮。

2、序列编号：是模具唯一编码，一个模具对应的唯一编号。

相同订单下的组件模具号相同。

3、订单号：下正常订单时自动产生的流水号，便于后面系统的整合维修单号：在下维修单号时产生，便于后面系统的整合。

出货单号：在出货时产生，编出识别系统出货时的唯一编号。

目录1、系统主界面 (4)2、角色维护 (5)3、添加用户 (6)4、客户维护 (7)5、添加联系人 (8)6、正常录单 (9)7、工程维护 (10)8、备料界面 (11)9、派工单 (12)10、生产界面 (13)11、前道工序检查 (14)12、后道工序检查 (15)13、出后界面 (16)14、打印预览 (17)15、返工单录入 (18)16、维修界面 (19)17、报废界面 (20)一、系统主界面备注：列出了所有系统功能，此处只有系统管理员才能对系统进行设置权限。

二、角色维护备注：角色ID ：表示角色的ID ,为英文用于标示不同的ID的名称。

长度为小于15字符角色名称：为中文，用于对角色ID的说明。

群组：为现在所定义的几个群，用于大略表示用户的权限。

设置人员：为登录的人员，为后面权限设置追踪提供了依据。

在角色ID 中输入角色ID，按确认键，将自动带出设置的资料。

三、添加用户备注：1、用户名：用于登录的名称。

2、密码：默认为6个13、角色：从上个界面中设施的所有角色。

4、员工编号：现在需要设置，在有HR系统后可以从中抓取。

5、员工姓名：对应员工编号。

6、更新与删除按钮必须输入用户名。

免责声明（Disclaimer）几何公司（Geometric Technologies，Inc.）并没有担保，既没有明示也没有暗示关于本手册。

几何公司保留以它认为合适的方式来修订和完善产品的权利，修改本文所包含的信息规范不另行通知。

由于持续的产品开发，本手册的规格和功能描述更改恕不另行通知。

商标（Trademarks）以下和其他产品的名字和公司引用所有专有的商标注册或他们的各自的主人。

CAMWorks®是几何有限公司的注册商标。

SolidWorks®是达索系统公司下SolidWorks集团的注册商标。

FeatureManager™是DS SolidWorks和宾利系统公司共同拥有的一个商标。

所有其他品牌和名称都是他们的各自企业的财产。

目录第一章学习多轴加工基础 (4)多轴加工术语 (5)生成刀具轨迹和NC代码的步骤 (6)多轴加工1 (7)您将学习到 (7)定义机床和后置处理 (7)定义毛坯 (8)插入零件设置并定义多面特征 (9)生成一个操作计划并调整操作参数 (9)Slice Pattern（切片模式） (10)生成刀具轨迹并运行刀具轨迹模拟 (11)调整加工参数 (11)Cuts Across Curve Pattern（与曲线交叉切割模式） (11)定义刀具方向 (12)刀具轨迹后处理 (13)多轴加工2 (13)您将学习 (13)使用干涉检测选项 (14)控制刀具轨迹的始点和终点 (15)第二章学习关于多轴加工更多的知识 (17)多轴加工3 (18)您将学习 (18)在遭遇间隙时定义刀具运动 (19)使用带干涉检查的链接 (20)多轴加工4 (21)您将学习 (21)使用3轴加工倒扣区域 (21)多轴加工5 (25)您将学习 (25)改变加工参数来产生不同的结果 (25)多轴加工6 (27)您将学习 (27)采用曲面和干涉检查来简化加工 (28)索引 (31)第一章学习多轴加工基础CAMWorks多轴加工允许车间和生产设施大量地利用4/5轴机床加工以更大的生产力、设备灵活性和质量。

目 录TABLE OF CONTENTS 概 述OVERVIEW ..................................................................................................................................................................... 经营手册Operations Manual ........................................................................................................................................................ 企业概述Business Overview ........................................................................................................................................................ 人力资源管理HUMAN RESOURCE MANAGEMENT ............................................................................................................ 雇佣政策Employment Policies .................................................................................................................................................... 员工记录Team Member Records ................................................................................................................................................. 招聘和选拔Recruitment and Selection ........................................................................................................................................ 业绩管理Performance Management ............................................................................................................................................ 培训Training ................................................................................................................................................................................. 沟通和激励Communication and Motivation................................................................................................................................ 职业健康和安全Occupational Health and Safety ........................................................................................................................ 客户服务CUSTOMER SERVICE ............................................................................................................................................... 服务标准Service Standards .......................................................................................................................................................... 顾客选择Customer Selection ....................................................................................................................................................... 顾客反馈Customer Feedback ....................................................................................................................................................... 市场营销MARKETING ............................................................................................................................................................... 企业识别Corporate Identity ......................................................................................................................................................... 战略营销Strategic Marketing ....................................................................................................................................................... 公共关系Public Relations ............................................................................................................................................................ 采购和存货管理PURCHASING AND STOCK MANAGEMENT ............................................................................................ 采购Purchasing ............................................................................................................................................................................. 存货管理Stock Management ........................................................................................................................................................ 行政管理ADMINISTRATION .................................................................................................................................................... 电话、信息和电子邮件Telephone, Messages and Email ........................................................................................................... 邮件和重要信函Mail and Couriers .............................................................................................................................................. 计算机和互联网Computers and the Internet ............................................................................................................................... 安全Security ................................................................................................................................................................................. 会 计ACCOUNTING ................................................................................................................................................................ 应付账款Creditors ........................................................................................................................................................................ 应收账款Debtors .......................................................................................................................................................................... 银行往来账Bank Accounts .......................................................................................................................................................... 固定资产Fixed Assets .................................................................................................................................................................. 领导能力LEADERSHIP .............................................................................................................................................................. 经营手册管理咨询工具-SME 实用手册中英文版【最新资料，WORD 文档，可编辑修改】Operations Manual经营手册的目的Purpose of the Operations Manual本经营手册旨在提供必要的资源, 以帮助员工改进工作表现, 并帮助企业达成目标。

非常全面的U G加工模块中英对照The manuscript was revised on the evening of 2021mill-planar 平面铣模块平面和垂直侧面，主要加工模具或零件中的平面区域mill-contour 轮廓铣/曲面铣模块可加工存在斜面或是曲面的工件，根据模具或零件的形状进行加工，包括型腔铣加工、等高轮廓铣加工和固定轴区域轮廓铣加工等mill-multi-axis 多轴铣模块在多轴机床上利用工作台的运动和刀轴的旋转实现多轴加工。

Drill 孔加工模块在模具中钻孔，使用的刀具为钻头。

Turning 车加工模块Wire-edm 线切割加工模块在线切割机上利用铜线放电的原理切割零件或模具Solid-tool 铸造加工模块Q- Turning 车加工模块1.CENTERLINE_SPOTDRILL 钻中心孔2. CENTERLINE_DRILLING 一般钻孔3. CENTERLINE_PECKDRILL 深孔钻4. CENTERLINE_BREAKCHIP 断屑钻5. CENTERLINE_REAMING 铰孔6. CENTERLINE_TAPPING 攻螺纹7. FACING 车端面8. ROUGH_TURN_OD粗车外圆9. ROUGH_BACK_TURN 退刀粗车外圆10. ROUGH_BORE_ID 粗镗内孔11. ROUGH_BACK_BORE 退刀粗镗内孔12. FINISH_TURN_OD 精车外圆13. FINISH_BORE_ID精镗内孔14. FINISH_BACK_BORE 退刀精镗内孔15. TEACH_MODE 模式16. GROOVE_OD 车外圆槽17. GROOVE_ID 车内孔槽18. GROOVE_FACE 车端面槽19. THREAD_OD 车外螺纹20. THREAD_ID 车内螺纹21. PARTOFF 切断22. BAR_FEED_STOP 主轴停止23. LATHE_CONTROL 机床控制24. LATHE_USER 用户控制A:-Mill_Planar平面铣1.FACE_MILLING_AREA 面铣削“面铣削区域”有部件几何体、切削区域、壁几何体、检查几何体和自动壁面选择。

FME 教程（2008 版）FME 教程（2008 版）目录FME 起步 ............................................................................................................................................................................................................................................................. 1安装 FME......................................................................................................................................................................................................................................................... 1 授权 FME......................................................................................................................................................................................................................................................... 1 安装 FME Sample Dataset............................................................................................................................................................................................................................... 1 获取帮助 .......................................................................................................................................................................................................................................................... 1第一章 VIEWING DATA－FME UNIVERSAL VIEWER ........................................................................................................................................................................................... 2本章内容 .......................................................................................................................................................................................................................................................... 2 目的 .................................................................................................................................................................................................................................................................. 2 查看数据 .......................................................................................................................................................................................................................................................... 2浏览图形和属性数据 .............................................................................................................................................................................................................................................................. 3 获取坐标系信息...................................................................................................................................................................................................................................................................... 4 过滤要素 ................................................................................................................................................................................................................................................................................. 4不同格式的数据叠加 ...................................................................................................................................................................................................................................... 5 从 Viewer 中导出数据 ..................................................................................................................................................................................................................................... 6第二章 FME UNIVERSAL TRANSLATOR ............................................................................................................................................................................................................... 9本章内容 .......................................................................................................................................................................................................................................................... 9 目的 .................................................................................................................................................................................................................................................................. 9 自动转换 .......................................................................................................................................................................................................................................................... 9 简单要素处理 ................................................................................................................................................................................................................................................ 11 投影数据 ........................................................................................................................................................................................................................................................ 12第三章 自定义数据转换—FME WORKBENCH ................................................................................................................................................................................................ 15本章内容 ........................................................................................................................................................................................................................................................ 15 目标 ................................................................................................................................................................................................................................................................ 152FME 教程（2008 版）创建工作区 .................................................................................................................................................................................................................................................... 15 转换工具介绍 ................................................................................................................................................................................................................................................ 18 创建自定义格式 ............................................................................................................................................................................................................................................ 29保存一个工作区作为自定义类型 ........................................................................................................................................................................................................................................ 30 将自定义格式和另一个不同扩展名的文件联合起来 ........................................................................................................................................................................................................ 31 浏览自定义格式.................................................................................................................................................................................................................................................................... 35自定义转换工具 ............................................................................................................................................................................................................................................ 36创建自定义转换工具 ............................................................................................................................................................................................................................................................ 36 投递自定义转换工具 ............................................................................................................................................................................................................................................................ 40附件 A—了解 WORKBENCH .............................................................................................................................................................................................................................. 42 Workbench 界面 ............................................................................................................................................................................................................................................. 42菜单条和工具条 ............................................................................................................................................................................................................................................ 42增强工作区工具条................................................................................................................................................................................................................................................................ 42 设计布局工具条.................................................................................................................................................................................................................................................................... 42 状态条 ................................................................................................................................................................................................................................................................................... 43Workbench 组成 ............................................................................................................................................................................................................................................. 43颜色定义 ............................................................................................................................................................................................................................................................................... 43快速更改 ........................................................................................................................................................................................................................................................ 44重命名和创建新属性 ............................................................................................................................................................................................................................................................ 44 删除转换工具的连接 ............................................................................................................................................................................................................................................................ 45 插入转换工具的连接 ............................................................................................................................................................................................................................................................ 45 在连接线上插入结点 ............................................................................................................................................................................................................................................................ 463FME 教程（2008 版）FME 起步安装 FMEFME Suite 安装包只有一个单一的应用程序。

C a m s r M E S解决方案工厂建模m o d e l i n g中文手册Document number【AA80KGB-AA98YT-AAT8CB-2A6UT-A18GG】第一章总体介绍Designer 是camstar提供的用于管理CDO的图形化的程序，如上所叙，你定义和维护你的工厂信息模型的模型对象或者元素。

对对象建模，以NamedDataObject和RevisionedObject代表，在Designer里面是CDO的一个子集。

NDO是用一个用唯一的名字来区分的camstar对象的一个类RO是用一个用唯一的名字和版本来区分的camstar对象的一个类。

数据对象的实例是固定的，关于他们的信息都写进到数据库中。

CDO的实例产生和维护在modleing,而对象本身在Designer被创造(和可以改名)。

例如,一个工厂管理员创建两个新员工的定义：操作员和主管。

要重命名其中一个员工对象为Personnel、管理员必须使用Designer。

对象的名称显示在modleing中，比如ObjectGroup在designer中变成Object Group，这是通过对象的显示名称属性实现的。

在designer里面你可以修改对象域的属性。

比如customer域，对于Product的定义来说是可选项，通过点击域属性中的选择框能被设计成必须的。

对象维护通过WEB APPLICATION 你可以维护你的对象。

你可以定义修改，拷贝，删除实例。

信息模型信息模型包含描述和控制产品生产活动的数据对象。

在camstar Manufacturing 你使用modeling功能来构建制造工厂的独立的模型。

下图展示了信息模型的关键组成部分。

物理的程序模型每一个生产工厂的信息模型由一下部件组成：物理模型制程模型执行模型物理模型物理模型代表制造工厂的物理部件，它包含：企业，工厂，地点，组织，资源实例的其他能被定义的对象是：资源组，装置，文档浏览器，文档，方法，文档集制程模型制程模型代表信息模型的控制部分。

1。

1生产时间 (6)1。

1。

1 班制 (6)1。

1.2 资源日历 (8)1.2 生产组织 (10)1。

2。

1 组织层级 (10)1.2。

2 组织结构 (11)1。

2.3 工段 (12)1。

2。

4 工位 (12)1.3 工艺路线 (15)1。

3.1 工序 (15)1。

3。

2 工艺路线管理 (16)1.3.3 产品工艺路线 (17)1。

3.4 产线工艺路线 (18)1。

3。

5 工艺路线监控与维护 (18)1。

4 员工 (18)1.4。

1 员工 (19)1.4。

2 生产班组 (20)1。

5 物料 (20)1.5.1 物料 (21)1.5.2 物料类别 (21)1。

5.3 物料属性 (21)1.5。

4 工序BOM关键物料 (22)1。

5.5 产品族 (22)1。

5。

6 产品分档规则 (22)2.计划与排程 (23)2。

1 派工工作台 (23)2.1.1 工单管理 (23)2。

2 生产排程 (23)2.2.1 排程规则 (23)2。

2。

2 生产排程 (23)3。

生产准备 (23)3。

1 条码基础设置 (23)3。

1.1 条码段 (24)3。

1.2 条码规则 (24)3。

2 生产条码管理 (24)3。

2。

1 生产条码打印 (24)3。

2。

2 生产条码报废 (24)3。

2。

3 条码打印日志 (25)3。

2。

4 生产条码领用................................................................ 2错误!未定义书签。

3.2.5 物料条码注册...................................................................... 2错误!未定义书签。

3。

3 载具管理 (25)3.3.1 载具注册表 (25)4。

1 载具配送 (26)4.1。

1 物料批次导入 (26)4。

1。

2 载具关联物料批次 (26)4。