» Home


The Pharmaceutical industry has stringent Bioprocess Equipment (ASME BPE) standards for hygienic piping systems and equipment found within a pharmaceutical plant. Meeting these standards requires plant design software that can address these standards accurately and deliver value during the plant design workflow. CADWorx Plant Professional software meets the challenge with our Sanitary specification and catalog content. 304 and 316L stainless steel tubing is intelligent allowing for both butt weld and clamped connections. Tubing component descriptions contain polish information that will appear in both Bill of Material (BOM) reports and piping isometric drawings. Pipe routing utilities expedites piping layout and supports sloped piping requirements for Clean-In-Place (CIP) applications.

Sino Pharmengin Succeeds With CADWorx in Pharmaceutical Sector

For a recent project, Sino Pharmengin Corp. (Pharmengin) designed a pharmaceutical plant producing over 2 million medical doses per day. This building information modeling (BIM) project included a building 70m long, 23m tall, and 40m wide. Pharmengin chose CADWorx to design hundreds of pieces of equipment, 872 unique piping systems with sizes ranging from 15 to 300mm, and more than 2000 isometric drawings.

The large Chinese Medicine Industrial Park (CMIP) project has a gross floor area of 55,000 square meters including workshops of pretreatment, extraction, preparation, and powder. The extraction plant building is 66m long, 30.3m wide, and 23.4m high. In addition to mechanical, electrical, and plumbing, Pharmengin designed 250 sets of equipment and 872 piping systems with diameters ranging from DN15 to DN300.

Pharmengin received the 2014 CADWorx Drivers of Success Runner-Up Award for its use of the software. The annual Drivers of Success competition recognizes innovative applications of Hexagon products, impressive project results, and significant benefits from collaboration among disciplines and the integration of the products.

Read the full story.
CADWorx Isogen