Single-use systems refer to disposable equipment and related consumables, which are designed to be used once and then discarded. Generally, they are composed of plastic components, which are sterilized and sealed using gamma irradiation. They eliminate the need for cleaning, validation, and sterilization before use as they come sterile. They also avoid water for injection (WFI), steam in place (SIP), clean in place (CIP) throughout the biomanufacturing facilities. In their purest form, single-use systems are replacing stainless steel or glass with plastic products. They have become well-accepted technology among biopharmaceutical manufacturers in a relatively short time, especially for clinical research and pre-commercial drug development activities. These disposable devices and components have created new segments in the bioprocessing industry that have been evolving over the past few years. Several biopharma companies are adopting this technology for its ease and the flexibility that it offers in adjusting to varying product supply and demand.

1 RESEARCH METHODOLOGY 

2 RESEARCH OBJECTIVES 

3 RESEARCH PROCESS

4 SCOPE & COVERAGE 

5 REPORT ASSUMPTIONS & CAVEATS 

6 MARKET AT A GLANCE 

7 INTRODUCTION 

8 MARKET OPPORTUNITIES & TRENDS 

9 MARKET GROWTH ENABLERS 

10 MARKET RESTRAINTS 

11 MARKET LANDSCAPE

12 PRODUCT 

13 APPLICATION 

14 END-USER 

15 METHOD