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Autodesk Netfabb Ultimate 2020 R1 64位中文破解版 含注册机和密匙

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  • 更新时间:2019-07-03
  • 软件大小:未知
  • 界面语言:简体中文
  • 授权方式:共享软件
  • 运行环境:Win7/win8/win10
  • 官方网站:闪电软件园

Autodesk Netfabb Ultimate 2020破解版是 增材制造和设计软件,Netfabb增材制造软件提供的工具有助于简化您的添加剂工作流程,并快速从3D模型转变为成功印刷的零件。  Netfabb软件包括高效的构建准备功能以及优化增材制造设计,模拟金属添加剂工艺以及CNC后处理规划的工具。 Autodesk Netfabb增材制造和设计软件是设计工程师和制造专家在AM创建时最受欢迎的平台之一。事实上,据Netfabb称,在其成为Autodesk家族的一部分之前,全球已有80,000名用户。自Netfabb于2015年被Autodesk收购以来,他们继续逐年扩展其工具和功能,2020年也不例外。2020版本提供了更简单的文件共享,并改进了均质化和体积分数的文件导入控制。用于构建板调整和动画的控件得到增强。新版Netfabb 2020提供了更简单的文件共享,并改进了均质化和体积分数的文件导入控制。用于构建板调整和动画的控件得到增强。
闪电软件园这里带来的是Autodesk Netfabb Ultimate 2020 最新安装包和注册机,可以完美激活Autodesk Netfabb Ultimate 2020,本文更新有详细的图文安装激活教程!

Autodesk®Netfabb®是为增材制造,快速原型制作和3D打印量身定制的软件应用程序。它准备用于打印的三维文件,并将它们转换为2.5维切片文件,由二维切片层列表组成。为了帮助用户准备打印,可以使用各种格式查看,编辑,修复和分析三维STL文件或基于切片的文件。要执行打印准备操作,Netfabb使用STL文件格式来创建零件的网格。
 
STL文件和三角形网格
STL是处理三角网格的工业标准。 STL文件包含三维角点坐标和平面三角形的简单列表。三角形,也称为面,由三个角点限定,并具有内表面和外表面。相邻的三角形可以使用共同的角点并共享相同的边缘,这导致连续的三角形网格。这一概念的通用性和简单性使STL文件与许多应用程序兼容。
 
 
参数曲面和三角形表示
 
但是,STL文件不包含有关网格的任何拓扑信息。当具有不同文件格式的CAD文件转换为STL时,这会导致典型错误。 Netfabb可用于检测和修复这些类型的损坏,并创建无孔,变形或交叉点的无缺陷网格。
 
然后可以将这些网格转换为准备用于增材制造的切片文件。 STL格式旨在精确逼近三维空间中的物体。尽管其他CAD格式在这方面具有优势,但是各种应用需要由平面三角形组成的表面表示。这些是:
 
快速原型制造和增材制造
多媒体应用中的加速渲染
求解偏微分方程
计算机辅助设计(CAD)
但是,简单的三角形集合并不总能创建实体。对于可用于3D打印的良好三角形网格,网格必须是有效的,封闭的,定向的并且不应包含任何自交叉。

功能介绍

 建立准备

导入,分析和修复模型
从各种CAD格式导入模型,并使用修复工具快速纠正错误。(视频:2分35秒)

修改生产模型
通过调整壁厚,平滑粗糙区域等,使模型生产准备就绪。(视频:2分36秒)

可配置的构建支持
确定需要支持的区域并使用半自动工具生成支持结构。(视频:2分22秒)

网格到CAD转换
将有机,自由形式的网格文件转换为边界表示模型,并以STEP,SAT或IGES格式在CAD中使用它们。
自动包装
使用2D和3D打包算法以最佳方式将零件放置在构建体积内。
报告生成
创建包含制造和报价关键信息的自定义报告。
高级刀具路径
制定构建策略并定义刀具路径参数,以获得最大的表面质量,零件密度和速度。
增材制造的设计优化

内部晶格结构
创建具有特定于应用程序的性能特征的轻量级零件

拓扑优化
根据零件的载荷和约束,生成针对刚度和重量进行优化的形状。

综合性能分析
使用内置的Autodesk Nastran仿真测试优化设计的性能。

优化引擎
自动验证和优化晶格和外观元素,以满足负载要求并减轻重量。
选择性空间结构(3S)
使用标准或自定义结构填充实体卷,为零件创建独特的材料属性。
机器集成
集成打印引擎
从最流行的增材制造机器中进行选择,为您的工艺配置Netfabb工作空间。
协同多头3D打印
智能地在单个打印机上一致工作的多个打印头之间分配刀具路径。
机器制造商的解决方案
Netfabb与一系列OEM合作,为特定机器创建集成打印体验。
混合制造
近净形状规划
使用PowerShape技术为金属添加剂制造工艺规划和建模近净形状。
导出到PowerMill
将近净形状直接导出到PowerMill,以生成用于后处理的CNC刀具路径。

Netfabb2020激活教程

1、在闪电软件园下载压缩包,解压后获得安装包和注册机

2、双击Autodesk_Netfabb_Ultimate_2020_R0_Win_64bit_dlm.sfx开始加载

3、进入安装界面,点安装

4、按照提示安装完成

5、断开网络后,我们开始运行软件,点输入序列号

6、点我同意

7、点激活

8、输入序列号:666-69696969
密匙:a97l1

9、因为断网,提示出错,点关闭

10、重新运行软件激活,再次输入序列号和密匙,进入激活码激活界面,选择我有一个激活码

11、我们回到压缩包,运行注册机xf-adesk20_v2.exe,点patch打好补丁

12、下面开始激活,我们首先将请求码输入到注册机,然后点generate生成激活码,再将激活码输入到软件,最后点激活

13、点激活前,我们可以链接网络,就会提示激活成功,断网的话,提示出错,但不管你是怎么的提示,最后都是激活成功!怎么提示不影响结果

14、运行就是破解版了

新功能介绍

Announcements

  1. New and updated features for this release are marked with  in the online help. Also, use the search term "2020.0" to find the help topics that correspond to the new features.
  2. Find the download of the new version in your Autodesk Account at https://manage.autodesk.com/cep/ or through the Autodesk Desktop App.
  3. Autodesk® PowerShape Utility for Netfabb® has been discontinued and removed from the installer.
  4. Autodesk® Simulation Utility LT for Netfabb® is no longer available in Netfabb Premium but remains included in Netfabb Ultimate.
  5. The online help for Autodesk® Netfabb® Local Simulation has been removed from this page and is now exclusively available at https://help.autodesk.com/view/NTFABLS/2020/ENU/.
  6. Simulation on the cloud has been discontinued. It is no longer available as a simulation target for Simulation Utility LT or Simulation Utility.
  7. Important: This is a major release. If you have been running Netfabb and/or Local Simulation on a network license, you must perform additional updates when updating to 2020.0:
    • Update Autodesk Network License Manager. This software is available in the Netfabb installer under Install Tools & Utilities.
    • Generate a new network license file. To do so, visit your Autodesk Account page at https://manage.autodesk.com/cep/, find the new version of your product, and follow the link Generate network license filefor your product. Then install this license file in the network license manager.

    Refer to this article in the Netfabb Installation Supplement help for more details.

Simulation UtilityNetfabb

  1. Repairing and remeshing

    • A new tool repairs gaps between meshes and works best for shapes with organic or smoothly curved surfaces and significant gap widths.

      Newly generated triangles form a gradual transition between two dissimilar cross sections

    • Another new repair tool closes holes such that adjacent mesh curvature observed.

      The hole in the torus to the left has been fixed on the right with a maximum deviation from the original torus surface of only ± 0.7 mm.

    • A new remeshing algorithm, Manifold Remesh, is aimed at producing valid parts even from meshes with non-closed shells by giving those open shells a thickness and a closed and oriented surface.

      The flawed mesh (top) has been turned into a closed mesh with a thickness (bottom).

  2. Supports

    • A new support action is available to generate latticed bar support. These scaffolding-like structures provide significant rigidity even in overhangs with undercuts as they can reach into these recesses without sacrificing support strength or requiring part-to-part support.

      The scaffolding supports otherwise difficult-to-reach surfaces well.

    • For editing the density map of a part and its support, two new methods are now available in addition to the existing one with a spherical volume of effect: one to affect a cylindrical volume that automatically extends from the supported surface to the respective end on the platform or another part surface, and one where you specify the area by using brush control on the part's surface.
    • Bar supports created through area-based support action can have their bottom ends split into multiple bars similar to a tree root to provide stronger buildplate attachment.

    • As downskin analysis can take some based on the complexity of a part, it can now be switched from being performed automatically to be performed on demand by clicking a button.
  3. Machine workspaces

    • New machine workspaces include models by Cincinnati Inc. and Solidscape.
  4. No-build zones

    • The no-build and no-packing zones across Netfabb have been reworked and unified into one common function.
      • No-build zones look the same everywhere, on regular part platforms and machine workspaces.
      • Parts can be freely converted from and into no-build zones.
      • Custom no-build zones (as opposed to those mandated by the build-in machine workspaces) have their own section in the project tree.
      • No-build zones are observed during toolpath creation in workspaces, when moving parts to Slices, and when running packers.

      In this example, the zones at the corners are machine-specific, the zones along the sides are user-defined and listed in the project tree.

  5. Measurement

    • A new circle-related measurement now measures the distance between arbitrary circle centers directly without projecting the distance onto the plane of the reference circle.
    • Blueprints can now be created on custom paper sizes.
  6. GUI

    • The gizmo for moving and rotating can now be switched to always be active when at least one part is selected instead of requiring to click any of the transformation controls MoveRotate, and Scale. Toggle this using the keyboard shortcut Ctrl+Shift+G.
  7. Slicing

    • As Netfabb projects slice contours downwards to create slice volume, the first layer has always been exported empty. For the formats CLI and SLC, you now have a new switch to change this behavior so this first empty slice is omitted and the slice stacks begins with a non-empty first layer.
    • A new hatch generation method calculates hatches for exposure by several lasers at once.
  8. List labeling

    • We added a dialog to List labeling where you can adjust spacing and arrangement rules for how Netfabb should place the generated part copies on the platform.
  9. Collision detection

    • When parts have attachments like supports or baseplates, these are no longer ignored during detection.
Top
  1. Edit Geometry on Import

    • When importing part and support structure files, users now have significant control over volume fraction and homogenization options in the new Edit Geometry dialog:
    • A related improvement for import operations is that the Converted model units dialog has been simplified by removing rarely used options:

      For more information, see Document Commands or Tutorial 3.

  2. Easier File Sharing

    • PRM files used in a project are now saved with the related TIVUS file. This applies to both generic and custom PRM files. When you open a TIVUS file sent to you by another user, the associated PRM file is linked, and added to your PRM library, if it's not already there.
    • Simulation projects can be exported in a single compressed archive file, with options to include only the setup data, or the complete setup, mesh, and result data. For more information, see Exporting Files and Projects.
  3. New Build Plate Controls

    • Instead of having the top of the build plate snapped to the bottom of the part, you can now deselect the option "Snap to minimum Z coordinate" if you want to sink parts or support structures into the build plate. For more information, see Build Plate.
    • The spatial relationship between the part and the build plate is more accurately preserved when adjusting the X or Y dimensions of the build plate. The Z dimension of the build plate can increase by expanding downward but not upward.
  4. Animation Z Height Controls

    • Controls originally provided only for Directed Energy Deposition (DED) simulations are now available for powder bed simulations as well:

      Users can enter a particular layer number or Z height they want to examine, in addition to the controls for time and increment number.

Top

Advanced Toolpath Utility

  1. Smoke simulation: Analyze the generation of smoke during toolpath exposure and check automatically for beam obstruction to minimize negative effects from energy dispersal.

    Hatch exposure and a simulated smoke plume

  2. Bookmarks: Bookmark code lines to quickly jump to them

    See available bookmarks listed as well as a preview of the respective code lines

  3. Separation of value and unit: Specify the unit as a separate string when defining a parameter to have more options for handling them. This is useful for localization and on-the-fly unit conversion, for example.
  4. Multi-window editing: Split editor windows so that you can view and edit different sections of the same code at once.
  5. Import and export parameter profiles: Export multiple toolpath parameter values at once and share them. Not just ATU can import these profiles, but Netfabb as well, when using an EBPA to generate toolpathing.

    Netfabb loads parameter profiles for an EBPA buildstyle in a powderbed workspace

  6. Parameter profile manager: Improvements to how the parameter tree is displayed, expanded, and collapsed make working with it more fluid. You can now also search for parameters by name to find more quickly what you are looking for.
  7. File loading: Improvements to the GUI now show recent files, and a context menu offers useful additional functions.

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