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InventorCAM 2020 SP3 HF1 for Autodesk Inventor x64 中文

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  • 更新日期:2020-09-03
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InventorCAM 2020 SP3 HF1 for Autodesk Inventor x64 中文
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InventorCAM2020破解版是一款功能完善的Inventor的认证集成CAM,使用可轻松获得完整的“同类最佳”制造套件,以便在Autodesk Inventor中实现高效,盈利的CNC编程,它们的紧密集成和强大功能将显著提高我们的生产力,并获得更加完善的解决 方案,使用软件,用户将能更加轻松快速的完成零件生产,节省资金和成本,并且它非常的容易使用,因为是集成在Inventor中,所以都是大家非常熟悉的操作,轻松实现生成过程的自动化,为CNC编程提供最佳的CAM解决方案,InventorCAM、是金属生产自动化的完整解决方案。使用InventorCAM提出的用于车削,铣削,车铣和电腐蚀加工的各种策略,技术人员可以快速准备必要的一套控制程序来加工产品。将您的CAD转变为功能强大的CAD / CAM套件,并在您的CAD系统内编程您的CNC控制器!本次带来最新2020破解版,有需要的朋友不要错过了!

安装破解教程

1、下载并解压,如图所示,得到以下内容

2、双击InventorCAM_2020_English_x64_IV.exe运行安装,点击安装并耐心等待

3、如图所示,勾选我接受许可证协议条款,点击next

4、选择安装路径,点击next

5、继续点击next,如图所示,安装中,需要多等一会儿

6、许可证类型选择“USB硬件密钥”,点击finish

7、安装完成后,点击finish退出安装向导

8、
将localization存档中的所有文件夹解压缩到<InventorCAM 2020程序文件夹中>(默认情况下为C:\ Program Files \ InventorCAM2020 \)并覆盖原始文件
9、打开_SolidSQUAD_破解文件夹,将MultiKey_18.1_x64_31052017文件夹复制到安装目录中,
以管理员身份运行MultiKey_18.1_x64_31052017内的install.cmd,等待加载安装驱动。默认在C:\Program Files\InventorCAM2018\MultiKey_18.1_x64_31052017


10、解锁菜单InventorCAM> New> Wire EDM在InventorCAM 2019中关闭Autodesk,运行IC2019_Wire_EDM.reg和SolidCAM.reg添加 注册表 ,点击是


11、要更改InventorCAM界面运行的语言,只需要在所有程序> InventorCAM2019>选择语言即可

软件特色

1、Defiance Machine利用Inventor + InventorCAM实现生产过程的自动化
“InventorCAM似乎是Inventor的自然延伸,可用于我们的CAM。InventorCAM非常容易学习。我实际上是在第一周生成代码,这是在我们的五轴数控机床上。“
“如果我每次对其进行更改时都必须从Inventor中导出模型,那么如果我们想要运行新的东西,那么加班时间会是几天到几周。这将是一场灾难,将极大地限制我们公司的成功。“
2、您永远不必离开Inventor窗口!
正确的工作您现有的CAD里面:S ^ eamless集成在Autodesk Inventor
完全关联:设计更改启动自动工具路径更新
消除进出口挑战:节省大量时间和挫折
让您快速发展:极短的学习曲线,因为您已熟悉InventorCAM的界面,因为它在Inventor中运行
全面了解:InventorCAM在CAD装配模式下工作,以图形方式显示模拟中的夹具,工具和虎钳
3、在Inventor中使用InventorCAM的主要好处:
认证:InventorCAM 自2005年起获得Autodesk Inventor认证
随着您的发展,InventorCAM不断发展:InventorCAM可扩展,包含所有CNC机床类型和应用程序的包
InventorCAM为您提供最大的收益:集成的CAD / CAM-Solution Inventor + InventorCAM以具有竞争力的捆绑价格提供

使用帮助

一、InventorCAMManager是InventorCAM的主要界面功能。它显示有关CAM-Part的完整信息。  
InventorCAMManager包含以下标题:  
此标题显示当前InventorCAMCAM-Part的名称。通过右键单击它,可以激活CAM-Part菜单来管理CAM-Parts。WireEDM数据库,CoordSysManager,Stock,Target和PartSettings子标题位于CAM-Part标题下。  
双击此标题将显示“WireEDM零件数据”对话框。
几何标题  
此字段显示Operations中未使用的所有InventorCAM几何。您可以通过单击几何图形标题附近的“+”图标来显示这些几何图形的列表。您可以通过右键单击Geometries标题来显示几何管理菜单。您还可以通过右键单击每个几何名称来打开相关菜单。  
双击几何图形名称将显示所选几何图形。  
操作标题  
此标题显示所有InventorCAM操作。右键单击Operations标头可以使用操作管理菜单。您还可以通过右键单击每个操作名称来打开相关菜单。  
双击操作名称可以在操作对话框中编辑操作参数。如果在打开其他操作对话框时双击操作名称,则将关闭最后一个对话框。  
AutodeskInventorAutodeskInventor
二、CAMManager中的项目搜索  
CAMManager搜索系统的工作方式与常规Windows搜索功能类似。要激活它,请单击CAM管理器区域中的任意位置,然后按Ctrl+F.将显示“查找”对话框,您可以设置搜索参数。  
顺便拜访  
您可以在整个CAM-Part中查找所需的项目,或仅在其操作,坐标系统或单独采用的几何图形中查找。  
仅限整件商品  
如果要检查整个项目的可用性而不是部分输出,请选中此复选框。  
相符  
使用此复选框可以确定搜索的区分大小写。  
方向  
您还可以决定是从CAMManager树的从下到上还是从上到下显示搜索结果。  
找下一个  
如果要逐个查看搜索结果,请单击此按钮。  
找到所有  
如果您希望同时显示所有搜索结果,请单击此按钮。
搜索结果
包含搜索词的行在CAM管理器树中突出显示。 关闭“查找”对话框时,这些行将保持突出显示。

三、
CAM树传奇

-------------------------------------------------- ------------------------------

CAM树实体使用以下约定和符号:

 几何图标旁边显示的同步标记表示在Autodesk Inventor模型和InventorCAM几何图形之间确定了不匹配。如果存在间隙或重叠实体,也会出现。要解决此问题,请执行同步检查。

 感叹号表示无法更新几何图形。您必须编辑此几何图形并手动更新有问题的链。
 操作的灰色名称表示操作被抑制。
 操作名称周围的黑色矩形表示操作的GCode被抑制。
 操作图标上显示的锁定符号表示在并行计算期间操作被锁定。
 操作图标上显示的红色方块表示操作包含错误,例如,子机具有空表(未加载库存)。将鼠标指针悬停在操作上以获得准确的解释。
 操作图标上显示的正方形中的数字4表示使用4轴选项转换操作。
 操作图标上显示的方框中的字母R表示使用“旋转”选项转换操作。
 操作图标上显示的方框中的字母M表示使用镜像选项转换操作。
 操作图标上显示的方框中的字母T表示使用“翻译”选项转换操作。
 操作图标上显示的方框中的坐标系符号表示使用Coordsys选项转换操作。
 操作图标上显示的方框中的字母X表示使用多个转换选项转换操作。
 操作图标前的星号符号代替工具路径复选框表示不计算操作。
 字体的红色表示操作不完整。
四、
开始新的线切割CAM零件  
加载AutodeskInventor模型后,请执行以下操作:  
在AutodeskInventor功能区上,单击InventorCAM2019选项卡。  
在“启动”面板中,单击“新建”以显示用于创建新CAM部件的选项。  
选择WireEDM作为新的CAM-Part类型。  
根据您的设置,将显示NewWireEDMPart或WireEDMPartData对话框。  
当您开始编程CAM-Part时,您必须决定:  
你打算用什么类型的数控机床?  
你要把这部分钳在哪里?  
您的坐标系位置在哪里?  
在CAM零件中,您必须指定与要制造的加工项目或工件相关的所有信息。CAM-Part级别定义的参数和值将作为加工级别等的默认值。当然,所有参数都可以在单个加工操作中更改。
五、新的WireEDM零件对话框  
创建新的CAM零件时,请输入CAM零件的名称和包含CAM零件几何的模型的名称。  
CAM-部分  
名称-此字段允许您定义加工项目的名称。  
使用模型文件目录-使用此选项可以在源CAD模型所在的同一文件夹中自动创建CAM部件。  
目录-此字段允许您定义CAM部件的位置。默认情况下提供当前用户目录,但您可以输入路径或使用“浏览”按钮定义位置。  
CAM-零件/型号  
此字段显示您用于CAM零件定义的AutodeskInventor设计模型的名称和位置。默认名称是活动的AutodeskInventor文档的名称。使用“浏览”按钮,可以选择任何其他AutodeskInventor文档来定义CAM部件。在这种情况下,所选文档将加载到AutodeskInventor中。  
每次打开CAM零件时,InventorCAM都会自动检查CAM零件的日期与原始AutodeskInventor设计模型的对应关系。如果原始AutodeskInventor模型的日期晚于创建CAM零件的日期,则表示AutodeskInventor原始模型已更新。然后,可以使用更新的AutodeskInventor设计模型替换CAM-Part所基于的AutodeskInventor设计模型。  
单位  
本部分允许您定义要在当前CAM部件中使用的测量单位。  
CAM-Part模式  
零件模式-在系统中安装InventorLT时使用此模式。在零件模式下,您可以使用零件和派生零件(部件插入另一个零件)。  
装配模式-在系统中安装InventorProfessional后使用此模式。在装配模式下,您可以使用零件和装配体。在装配模式下使用夹具很容易。  
在定义目录,CAM部件名称,型号名称,单位和CAM部件模式后,单击以确认CAM部件创建。将定义CAM部件并创建其结构。将显示“线切割零件数据”对话框。

日志:

 Autodesk InventorCAM (HSM) 2020.3 Release Notes Build 7.3.0.20019 / 27 January 2020
Changes for Milling
- Fixed an issue where in 2D contour with a circular input contour, the application sometimes failed to generate a toolpath due to linking constraints. (#17413)
- Fix an issue in 3D Pocket that caused linking moves to gouge when linking between 2 pockets. (#16278)
- Fixed an issue in 2D/3D pocket in which a warning 'Cannot plunge outside stock' could be displayed even if this action was not requested. (#16970)
- Fixed an issue in which 'Lead to Center' was ignored during spring passes in Bore toolpaths. (#17569)
Changes for Drilling
- Fixed an issue when using the 'Drill Tip Through Bottom' setting. Only the Bottom depth could be edited when it was set to 'Model Bottom'. (#13033)
Enhancements for Turning
- Added the ability in turning profile roughing and finishing to set the front Z tool limit type for right facing inserts. (#17254)
- Improved the workflow for profile roughing and profile finishing operations by automatically setting the default turning mode based on the type of turning tool selected. (#17715)
- Added the ability to reduce the feed rate at a certain radius for the turning face operation. This is done so the tool can slow down as it approaches the 0 spindle surface speed point where the tool finishes the little nub at X = 0. (#16867)
- Added the ability to use contact point Z and radial limits with a turn profile roughing canned cycle operation. (#17872)
- Optimized the workflow for turning profile roughing operations with cycle set to vertical passes by setting the default direction to outside to inside when turning mode is set to outside and setting the direction to inside to outside when turning mode is set to inside. (#17463)
- Added the ability in a turning profile roughing operation to choose whether to rapid directly to the next depth of cut or perform a dual move consisting of a rapid move to the previous depth of cut, then feed to the next depth of cut. (#17896)
- Enabled the parameter 'Use Tailstock' for inside turn profile roughing. (#17387)
Fixes for Turn Profile Finishing
- Fixed issues with certain profile finishing toolpaths where:
- the correct toolpath was not generated when the outer radius coincided with model outer radius. (#17158)
- the toolpath was not going deep enough if the inner radius coincided with the lowest model radius to be machined. (#17181)
- the back tangential extension was shorter than expected in some cases. (#16408)
- there was an extra point in the partline output when using the 'In Control' compensation type. (#17414)
- the tool was moving past the inner radius by twice the tool nose radius if the radial tool limit was set to the contact point for outside finishing. (#11747)
- toolpaths were entering radial grooves even though grooving was not enabled (also fixed for roughing). (#17837)
- no toolpath was produced in some cases. (#18188)
Fixes for Turn Profile Roughing
- Fixed an issue with turn profile roughing so that the linking moves between two cutting depths are now a combination of rapid and cutting feed. (#17255)
- Fixed issues with profile roughing toolpaths where:
- the tool was entering the material at an incorrect Z clearance when using a back to front direction in some cases. (#17253)
- the first cut was deeper than expected and there were no retract moves at the back stock surface when using a back tangential extension. (#17688)
- toolpaths with vertical passes on the face of the part were not being generated correctly. (#17139)
- the toolpath was incorrect if the outer radius of the operation coincided with the outer radius of the model being machined. (#16868)
- toolpaths were incorrect if grooving was set to 'Allow Radial Grooving'. (#18665)
- the toolpath was not removing material to the back Z limit (#17517) or as expected in some cases. (#17690)
- the toolpath was not leaving material when using vertical passes with X clearance. (#16748)
- a toolpath move was being assigned a feed rate not accessible through the user interface. (#17497)
- certain boring bars could not be used. (#17341)
- the toolpath was not respecting the grooving parameter when using vertical passes. (#16730)
- the toolpath was incorrect in some cases if using both vertical passes and tangential extensions. (#16657)
- the toolpath was incorrect in some cases when using vertical passes and direction set to both ways. (#16624)
- the tool did not clear the remaining stock material by a distance equal to Z clearance in some cases with horizontal passes. (#16456)
- the first cut was too deep if the back Z limit of the operation was set to a contact point tool limit type. (#16569, #16829)
- the retract move was gouging into the wall in some cases when using vertical passes. (#16542)
- the toolpath was incorrect for certain combinations of turning mode and direction. (#16749)
- the toolpath was not being generated in some cases when using a horizontal neutral turning tool. (#17578)
Changes for Turning Canned Cycles
- Fixed issues with profile roughing when using canned cycles where:
- the canned cycle profile was not extending up to the correct limit with tool limits set to the contact point. (#16571)
- the first move in the canned cycle profile was not a rapid move. (#18065)
- the first move in the canned cycle profile was inside the stock. (#17991)
- an additional point was added to the end of the canned cycle profile if the section was vertical and coincided with the front Z limit. (#16387)
- the toolpath failed to generate in some cases on the front of the part. (#17386)
- post-processing failed for certain setups containing turning canned cycle operations. (#17470)
Other Fixes for Turning
- Fixed an issue where adaptive turning could fail when rest machining from a previous operation. (#16960)
- Fixed an issue where certain grooving tools with round shanks were not correctly rendered for toolpath verification and simulation. (#17430)
- Fixed an issue for turning chamfer operations where boring bars were not supported for either outside and inside chamfers. (#13005)
Changes for Simulation
- Fixed a crash that could occur when starting and stopping simulation multiple times. (#18611)
- In stock simulation for a threading operation, the distance between threads will now match the thread pitch from the operation rather than from the tool. (#17088)
Changes for User Interface
- Improved the performance of gathering post information when opening the Post Process dialog. (#16883)
- Fixed an issue in which an error about a missing file could be generated when using rest machining in specific cases. (#18280)
- Corrected the icon which was displayed for turn profile roughing. (#17647)
- Fixed an issue in which the Spanish help page was not found. (#16880)
 
Uninstall
- in some circumstances, an incorrect update version appears on the Windows "Installed Updates" page and this update cannot be uninstalled there. When this is the case, this update can be uninstalled using one of the following commands in the Windows Command Prompt. Choose the command corresponding to your HSM product:
- Inventor CAM Premium/Ultimate: msiexec.exe /promptrestart /qb /uninstall {D7C66041-8446-4AE0-9883-B05BBF15F27C} /package {08246110-8B45-41B8-BE4C-1091C19900C0} SETUP=1
- Inventor CAM Express: msiexec.exe /promptrestart /qb /uninstall {6EE2ACBF-42E3-4914-9AB2-F3055EAC69BD} /package {90A7FECD-439D-410F-95DE-4554392F7021} SETUP=1
InventorCAM2019

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