What software is used to draw piping?

It’s possible to draw line by line using ACAD, but this is the most tedious method; one can get started by using ACAD. Professional software includes SMARTPLANT (which has replaced PDS), PDMS, AUTOPLANT, PDSOFT, SPDA, and others. Their common features are the ability to create 3D models, perform automatic sectioning, generate ISO diagrams, and automatically calculate material data. There are not many differences in terms of functionality; domestic software is more suitable for use in China. Each type has its own advantages and disadvantages, and it’s hard to say which one is better. Those who are accustomed to using a particular software tend to claim that it’s the best, as it depends on personal preference – there’s no universal answer. Many discussions on this topic can be found on forums. It’s relatively difficult to get started with software, but once you do, it becomes very simple and efficient. The original poster can refer to my post: http://bbs.hcbbs.com/viewthread.php?tid=371409&extra=page%3D1%26amp%3Bfilter%3D0%26amp%3Borderby%3Ddateline%26amp%3Bascdesc%3DDESC. I do not recommend downloading certain software such as PDMAX, PDSOFT, and SPDA. PDMAX is modeled after PDMS; the product is still in the process of improvement. The trial version available on the official website has a time limit – so why go to the trouble of finding PDMS to learn with?* ； I haven’t seen it from PDSOFT; there’s a D version available online. Let’s see who has enough money to try it with JS ； The compressed file on the SPDA official website is password-protected; even if it’s decrypted, it’s useless, as software activation is required to run it.

Our company uses CAD to draw floor plans and elevation views; axonometric drawings are created when necessary.

Cadworx: PID for 2D, Plant for 3D. Factory prefabrication, material cutting, and generation of ISO drawings can be achieved.

AUTOPLANT can be used to create both 2D and 3D drawings, as well as generate ISO diagrams.

With PDMS, which has an interface with CAD, it’s possible to create 3D models and then directly generate CAD ISO files – it’s very convenient. There are many component libraries available, and it’s also possible to create new ones for personal use. It’s a great software; it’s just a bit expensive, haha

With Inventor, it has 3D piping capabilities, a rich library of standard components, and the ability to generate CAD drawings directly.

CAD drawing and reading drawings are fundamental skills; at the same time, they are relatively challenging and require a strong capacity for spatial imagination. But it’s easy to get started; the software can be downloaded from the internet easily, and the materials are available as well ； Don’t be picky about 3D software either; learn whatever you can get your hands on, as the costs are generally high. When it comes to stability, even PDS\PDMS is not impressive; I haven’t tried any domestic software, and it is said that their stability also needs improvement.