Ug or solidworks, which is better?

With OLE technology, intuitive design technology, advanced parasolid kernel (provided by Cambridge) and good integration technology with third-party software, SolidWorks has become the most installed and best used software in the world. The data shows that the number of SolidWorks software licenses worldwide is about 280,000, involving about 3 1000 enterprises in more than 0/00 countries around the world, including aerospace, locomotives, food, machinery, national defense, transportation, molds, electronic communication, medical equipment, entertainment industry, daily necessities/consumer goods, discrete manufacturing and so on. In the education market, nearly 145000 students from 4300 educational institutions around the world pass SolidWorks training courses every year.

According to the world-famous talent website, compared with other 3D

Compared with CAD system, SolidWorks-related job advertisements are more than the sum of other softwares, which objectively shows that more and more engineers use SolidWorks and more enterprises employ SolidWorks talents. According to statistics, users around the world spend 55 million hours using SolidWorks every year.

UG is an interactive CAD/CAM (Computer Aided Design and Computer Aided Manufacturing) system with powerful functions, which can easily realize the construction of various complex entities and shapes. At the beginning of its birth, it was mainly based on workstations. However, with the development of PC hardware and the rapid growth of individual users, its application on PC has grown rapidly and has become the mainstream application of 3D design in mold industry.

The development of UG began in 1969, and was developed and implemented based on C language. Underground (short for underground)

NX is a flexible software tool to develop numerical solutions of partial differential equations by using adaptive multigrid method on unstructured grids in two-dimensional and three-dimensional space.

UG is a popular mold design software, mainly because of its powerful functions.

There are many processes in mold design, among which parting is one of the key steps. There are two kinds: one is automatic and the other is manual. Of course, it is not purely manual. You also need to use the command of the automatic parting toolbar, which is mold guidance.

The process of automatic separation.

mold design

MoldWizard is developed based on NX, which is a professional module of injection mold design. The module is equipped with common mold base library and standard parts, which can be easily adjusted by users according to their own needs, and the standard parts can be developed by themselves, which greatly improves the efficiency of mold design.

MoldWizard module provides the whole mold design process, including product loading, sequencing layout, parting, mold base loading, gating system, cooling system and engineering drawing. The whole design process is very intuitive and quick, and its application design allows ordinary designers to complete some medium and difficult mold designs.

1. Analyze the product and locate the coordinates so that the Z axis direction is consistent with the demoulding direction.

2. Verify the plastic mold parts and set the color surface.

Make up the hole

4. Pull out the parting surface

5. Extract the color surface, and sew it with the parting surface and the dough piece to make it into a dough piece.

6. Make a box to package the whole product and divide it into five stitched parts.

7. After the upper and lower molds are separated, see which one coincides with the product, and just use the product to find the difference.

Manual parting steps as mentioned above, manual parting has great advantages, that is, using molds.

If guided typing can't be achieved, automatic typing in the field is basically not feasible. But the commands in it are still relatively easy to use, and we can use related commands to improve work efficiency.

Develop solutions

Non-expendable

The product development solution fully supports all kinds of tools required by manufacturers, which can be used to manage processes and share product information with extended enterprises.

Non-expendable

and

UGS

Product life cycle management

The complete suite of other solutions is seamlessly integrated. These are very important.

Computer aided design

、

Computer aided manufacturing (computer aided manufacturing)

and

Computer aided engineering

Collaboration, product data management, data transformation, digital entity model and visualization in controllable environment are all supplements.

So solidworks is used in industrial design.

It is best to use UG in mold design.