PTC Creo EMX 14.0.0.0 for Creo 8.0 x64 Multilingual

Creo Expert Moldbase Extension 包含符合该领域主要标准要求的所有领先供应商的定制详细板材和单个元件包。

创建模型块时，Creo Expert Moldbase Extension 会根据 ESKD 的要求自动生成装配图、规格和板图。

可以直接在 Creo Expert Moldbase Extension 中创建成形组件，也可以使用在 CreoTool Design 模块中创建的成形组件。

Creo Expert Moldbase Extension 具有专门的图形界面，其中包含模型块和单个组件的完成设计的二维示意图。同时，您可以创建和使用自己的设计、组件、二手注塑机类型，并在数据库中输入您的供应商。模具部件主要参数的选择是在二维模式下进行的。如果需要指定一个或另一个组件的放置参数，设计人员参考三维结构。这种方法大大加快了模具设计过程。

通常，模具组件的完整 3D 模型具有在板中制作的孔、槽等，以自动化模式形成。在这种情况下，所有孔和凹槽都是相关的 – 当您移除制造这些结构元素的组件时，它们也会被移除。当您更改组件的大小和位置时，这些几何构造会自动重建。

Creo Expert Moldbase Extension 自动放置紧固件，计算推杆和标志的长度，沿零件轮廓创建切口。为了便于可视化，Creo Expert Moldbase Extension 允许您启用/禁用任何组件的显示。

Creo Expert Moldbase Extension 使用动画实现开模机制，并分析组件的交集。可以进行以下计算：

机器的压缩力与模具内部产生的压力对比；
在给定路线的运动过程中（在可移动杆的机构中）作用在楔块上的力；
楔形长度；
倾斜的推杆角度；
延迟（模型块的双重披露）；
模具制造的总项目成本。

主要优点
设计模型块时的高性能，因为设计师从现成的自适应组件 – “立方体”创建模具，已经为其创建了图纸模板。
减少出错的可能性，因为组件的放置和所有必要的切割与相应间隙的实施都是完全自动化的。
具有变化可视化的自定义二维界面可以快速制定模具，而无需在三维模型的再生上浪费时间。
为特定的铸造机开发模具并计算必要的锁模力。
自动创建用于在板中加工孔的控制程序。
计算模具的成本。
在对话模式下创建您自己的板、组件、机构结构和模型块库。
快速掌握模块，带有动画视频的在线参考指南。
使用自己的典型设计和模具零件创建自定义库。

简化的模架设计

许多模具制造者依赖于 2D CAD 方法来设计模架。因此，PTC Creo Expert Moldbase Extension 提供了一个理想的解决方案。此软件基于过程并且易于学习，它使模具制造者能在熟悉的 2D 环境中工作，同时利用 3D 的所有强大功能和优点，从而显著地缩短了提前期。

File Size: 357.8 MB

Creo Expert Moldbase Extension contains customized detailed packages of plates and individual elements of all leading suppliers with the requirements of the main standards in this area.

When creating a model block, Creo Expert Moldbase Extension automatically generates an assembly drawing, specification and plate drawings with regard to the requirements of ESKD.

Shaping components can be created directly in Creo Expert Moldbase Extension or you can use shaping components created in the CreoTool Design module.

Creo Expert Moldbase Extension has a specialized graphical interface with a schematic two-dimensional view of both finished designs of model blocks and individual components. At the same time, you can create and use your own designs, components, types of used injection molding machines, and enter your suppliers in the database. The selection of the main parameters of the mold components is carried out in two-dimensional mode. If it is necessary to specify the placement parameters of one or another component, the designer refers to the three-dimensional structure. This approach greatly speeds up the mold design process.

As a rule, full-fledged three-dimensional models of the mold assembly with holes, slots, etc. made in the plates are formed in an automated mode. In this case, all the holes and grooves are dependent – when you remove a component for which these structural elements were made, they are also removed. When you change the size and location of components, these geometric constructs are automatically rebuilt.

Creo Expert Moldbase Extension automatically places fasteners, calculates the length of pushers and signs, creates cuts along the contour of the part. To facilitate visualization, Creo Expert Moldbase Extension allows you to enable / disable the display of any components.

Creo Expert Moldbase Extension implements a mold opening mechanism using animation, with analysis on the intersection of components. The following calculations are possible: a

comparison of the compression force of the machine and the pressure generated inside the mold;
the force acting on the wedge during its movement (in the mechanism of the movable rod) for a given course;
wedge length;
inclined pusher angle;
delays (at double disclosure of the model block);
total project cost in the manufacture of the mold.

Main advantages
High performance when designing a model block due to the fact that the designer creates a mold from ready-made adaptive components – “cubes”, for which templates of drawings have already been created.
Reducing the likelihood of errors, since the placement of components and the implementation of all the necessary cuts with the corresponding gaps are fully automated.
A custom two-dimensional interface with visualization of changes makes it possible to quickly work out the mold without wasting time on the regeneration of the three-dimensional model.
Development of a mold for a specific casting machine with the calculation of the necessary clamping force.
Automated creation of a control program for machining holes in plates.
Calculating the cost of the mold.
Creating your own library of plates, components, structures of mechanisms and model blocks in the dialogue mode.
Quick mastering of the module, online reference guide with animated videos.
Create custom libraries with their own typical designs and mold parts.