What is the difference between proe and creo

Difference: 1. Proe is an old version that is no longer updated, and creo is a new version that is still being updated. 2. Proe’s computer configuration requirements are not as high as Creo’s. 3. Proe is less intelligent than creo. 4. Proe is a software package, not a module. It is a function definition system, that is, styling is achieved through various design-specific functions; while creo is a scalable suite that integrates multiple interoperable applications. Programs and functions cover the entire product development field.

The operating environment of this tutorial: Windows 7 system, Dell G3 computer.

pro-e is the abbreviation of Pro/Engineer. The more commonly used abbreviation is ProE or Pro/E. Pro/E is an important product of the American Parametric Technology Corporation (PTC). It is used in three-dimensional modeling. occupies an important position in the software field. pro-e has been recognized and promoted by the industry as a new standard in the field of mechanical CAD/CAE/CAM in the world today. It is one of the mainstream 3D CAD/CAM software for mold and product design.

Creo is a CAD design software package launched by the American PTC company in October 2010. Creo is a new CAD design software package that integrates PTC's three software Pro/Engineer's parametric technology, CoCreate's direct modeling technology and ProductView's three-dimensional visualization technology. It is the first product launched by PTC's Lightning Project. .

Although creo and proe are both integrated 3D software under the American PTC, they still have different characteristics and structures. The specific differences are as follows:

1. Different versions

proe is an old version that is no longer updated, and creo is a new version that is still being updated.

2. The computer configuration requirements are different:

The computer configuration requirements of proe are not as high as those of creo.

3. Different degrees of intelligence:

proe is less intelligent than creo.

4. The module composition of the two is different

1. Pro/Engineer is a software package, not a module. It is the basic part of the system. Its functions include parametric function definition, solid parts and assembly modeling, three-dimensional coloring, solid or wireframe modeling, generation of complete engineering drawings and display of different views. It is a functional definition system, that is, styling is achieved through various design-specific functions. It has most of the design capabilities, assembly capabilities and engineering drawing capabilities in a single-user environment, and supports two-dimensional and three-dimensional graphics output for industry-standard plotters and black-and-white and color printers.

2. Creo is a scalable suite that integrates multiple interoperable applications with functions covering the entire product development field. Includes Creo Flexible Modeling Extension—Flexible Modeling Extension, Creo Options Modeling Extension—Configurable Modeling, Creo Layout Extension—2D Concept Design, Creo Advanced Assembly Extension (AAX)—Advanced Assembly Extension, Creo ECAD-MCAD Collaboration Option—ECAD- MCAD collaboration extension and other modules.

5. Different characteristics:

proe was the first to propose the concept of parametric design and used a single database to Solve the problem of feature correlation; creo has three major characteristics: interoperability, openness, and ease of use.

6. Breakthrough technologies focus on different aspects

1. Pro/Engineer can output three-dimensional and two-dimensional graphics to other application software, such as finite element analysis and post-processing Etc., this is all achieved through standard data exchange formats. It also supports the design of large, complex assemblies, the ability to design through relationships between characteristic values ​​of parts, between loads/boundary conditions and characteristic parameters (such as surface area, etc.), and full associativity throughout all applications.

2. Creo offers four breakthrough technologies that overcome the challenges long associated with usability, interoperability, technology lock-in, and assembly management in CAD environments. These breakthrough technologies include: Apps, Modeling, Assembly and Adoption. It provides the industry's only true multi-paradigm design platform, enabling users to design using two-dimensional, three-dimensional direct or three-dimensional parametric methods and to uniformly use data generated by any CAD system, thereby achieving the efficiency and value of multi-CAD design. .

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